Pixus Technologies Catalog

Transcription

1 The Power of Embedded Ingenuity Pixus Technologies Catalog Kaparel, Ripac, & Vario Brand Products US: CN:

2 Contents Kaparel/Rittal Electronic Packaging Catalog Microcomputer Packaging Systems MPS dvancedtc (TC) CompactPCI (CPCI) Compact I VMEbus Slim-Box RiTherm CompactPCI ccessories Backplanes dvancedtc CompactPCI VMEbus Peripherals larm Boards Power Entry Modules SCSI Drive Cards Front Panels Injector/Extractor Handles Ejector Handles Face Plate ccessories Drive Bay Chassis Solder Side Covers PMC Panels Power Supply Units Pluggable Open Frame TX Subracks Economical EMC Railway Cooling Ricool I Ricool II Fan Trays Fans Instrument Cases/System Enclosures RiBox Vario-Module RiCase Index Table Of Part Numbers CompactPCI Backplane Cross Reference 13

3 19 Plants, 40 Subsidiaries Over 8,000 Standard Products Involvement In Standardization Bodies nd Much More Microcomputer Packaging Systems (MPS) Ripac dvancedtc Shelves 16 Backplanes for dvancedtc 16 Horizontal Rack-mounted systems for CompactPCI Development Systems for PICMG 2.0, 2.16 and Horizontal Rack-mounted systems for VME Backplanes for VME Kaparel/Rittal supplies complete plug-and-play solutions for VME and CompactPCI applications at a high level (up to Level 4). Level 1 = Components Level 2 = Subassemblies Level 3 = MPS systems wired/tested (w/o active boards) Level 4 = MPS systems with active components such as Drives, CPUs and System Management Level 5 = MPS systems fully hardware and software configured The systems are supplied fully assembled, wired and tested, including power supply unit and backplane, to the customer s individual specifications. Consideration is also given to aspects such as ESD and EMC protection, climate control and the coding of board type plug-in units. Customer satisfaction is guaranteed, thanks to competent advice at every stage of the process, from the initial consultation, to application engineering, through to prototype production. dvancedtc shelf addresses the next generation in telecomm and data embedded platforms. The Slim-Box system shown here offers the option of installing two plug-in boards per U at the front and rear, including high-speed cpci backplanes. Optionally available with H.110 bus. Microcomputer systems based on tried-and-tested VMEbus technology, e.g. for horizontal or vertical installation of VMEbus boards and drives. 15

4 Order Information dvancedtc Shelf dvancedtc is a registered trademark of PICMG Rittal Corporation reserves the right to improve, alter or cancel any of its product line. 16 Basic Mechanical Elements: The basic elements of the platform are: The Boards: mix of IEC dimensions and PICMG 3.0 specific mechanical solutions. Front Boards (8U x 6HP and 280 mm depth) contain the electronic functions and the required connectors. The PCB is offset to the pitch-line by 6.61 mm and may be 1.6 mm to 2.4 mm of nominal thickness and includes a component side 1 ESD strip and component side 2 cover attachment holes. The Front Board assembly includes, as mandatory features, a Front Panel assembly with lignment/ GND Pin, EMC Gasket, ESD strip, Injector/Extractor/Locking handles with optional microswitch operation for Hot-Swap and optional M3 retention screws. component side 2 (backside) cover is for PCB stiffening and/or EMI protection is mandatory. The Connectors: Zone 1: Power and System Management. Zone 2: Data Transport. Zone 3: Rear I/O. Zone 1 and Zone 2 are controlled by a dedicated lignment/keying Device. Optional, additional Zone 3 applications provide for a further dedicated lignment/ Keying device. The Subrack: The Subrack provides for the Front Board and optional RTM interfaces. The 14 slot or the 16 slot subrack provides for attachment points of the backplane, as well as alignment/keying, support and mechanical advantage of the insertion and extraction of Front Boards and optional RTM s. The Subrack provides for the optional Zone 3 I/O and the /K2 alignment/keying interface. The Shelf: The Shelf consists of the integrated Subrack, Cooling/Filter Devices, Power Entry Modules, System Management Functions and Cable Management The Shelf may support either 14 slots or 16 slots (for 16 slots inquire) The 14 slot Shelf may be 19" based or ETSI based (for ETSI inquire) The 16 slot Shelf may be 23" based or ETSI based (please inquire) The height of the Shelf may be N x U (19"/23") or N x 25 mm (ETSI) The depth of the Shelf is approximately 390 mm to fit into a 600 mm deep cabinet

5 Order Information dvancedtc Shelf Vertical 13U - Cooling Vertical 13U - Shelf Management Shelf Cooling Features: Designed to cool 200 Watts/Slot Rear Baffles prevent hot air re-circulation. RTM is cooled by vacuum effect. (pproximately 30 Watts/Slot) Field replaceable dust filter located below lower card guide assembly. Management interfaces throughout the Shelf enable the monitor & control of: Boards PEM (Input/Output Voltages & Current) Blowers ir inlet temperature Remote alarm signals ir filter present sensor The dvancedtc Developer Chassis The 13U x 14 slot dvancedtc Developer Chassis is designed to comply with the electronic requirements of PICMG 3.0 and provide developers with an open sided bench top. The dvancedtc platform to architect applications based on the PICMG 3.0 specification. The dvancedtc Developer Chassis accommodates 14 slots of 8U x 6 HP x 280 mm Front Boards and 8U x 6 HP x 70 mm RTM (Rear Transition Modules). The dvancedtc Developer Chassis is available with 14 slot Kaparel/Rittal Full Mesh or Dual-Star architecture backplane. The dvancedtc Developer Chassis is cooled by six 115 cfm 48V DC fans and includes dual 48V DC input feeds and ESD socket. Order No. Height 14U Side panel No. of slots Usable width HP For front board For RTMs Quantity For 19 inch depth (mm) EI 310-D/IEC U x 280 mm 8U x 70 mm

6 dvancedtc Shelf Version V dvancedtc Shelf Version VB Front View Version V Rear View ir Flow Sec. Side View 18 EMI Containment Sec. Side View

7 Order Information dvancedtc Shelf dvancedtc Shelf Version V-1 Description: 19" x 13U x 385 mm depth (base) (23"/ETSI x 13U/600 x 385 mm depth optional) 14 x 6HP slots for front boards and RTMs 14 slot full mesh backplane, bussed IPMI 2x rear PEMs, redundant (4x optional) Space for 2x rear mounted ShMC Space for 2x rear mounted peripheral controller 1 x rear mounted auxilliary telephony panel 4 x RiCool-2 blowers, dual IPMI, 180cfm/300m3/h 1 x front removable air-filter Optional front and rear cable tray dvancedtc Shelf Version VB-1 Description: 19" x 13U x 385 mm depth (base) (23"/ETSI x 13U/600 x 385 mm depth optional) 14 x 6HP slots for front boards and RTMs 14 slot full mesh backplane, radial IPMI 2 x rear mounted PEMs (4x optional) Space for 2x front mounted ShMC Space for 2x rear mounted peripheral controller 1 x rear mounted auxilliary telephony panel 4 x RiCool-2 blowers, dual IPMI, 180cfm/300m3/h 1 x front removable air-filter Optional front and rear cable tray dvancedtc Shelf Version VB-2 Description: 19" x 13U x 385 mm depth (base) (23"/ETSI x 13U/600 x 385 mm depth optional) 14 x 6HP slots for front boards and RTMs 14 slot full mesh backplane, bussed IPMI 2 x rear mounted PEMs (4x optional) Space for 2x front mounted ShMC Space for 2x rear mounted peripheral controller 1 x rear mounted auxilliary telephony panel 4 x RiCool-2 blowers, dual IPMI, 180cfm/300m3/h 1 x front removable air-filter Optional front and rear cable tray Order No. Compliant with ShMC PC PEM Qty Shelf Bussed IPMI FCI Kernel x 1 optional Kaparel/Kernel/PC optional PEM-Basic optional PEM-IPMI optional ShMC: The choice of the backplane is based on the Shelf Management Controller (ShMC) used. The functionality of the chosen ShMC will define the functionality of the Peripheral Controller (PC) is defined for Force Computers (FCI) ShMC rear mount requirements. PEM: There are various types of Power Entry Modules (PEM) available based on application needs. min of 2 are required, a max of 4 postions are provided for. Order No. Compliant with ShMC PC PEM Qty Shelf Radial IPMI Intel CMM x 1 optional Kaparel/CMM/PC optional PEM-Basic optional PEM-IPMI optional ShMC: The choice of the backplane is based on the Shelf Management Controller (ShMC) used. The functionality of th chosen ShMC will define the functionality of the Peripheral Controller (PC) is defined for Intel CMM requirements. PEM: There are various types of Power Entry Modules (PEM) available based on application needs. min of 2 are required, a max of 4 postions are provided for. Order No. Compliant with ShMC PC PEM Qty Shelf Bussed IPMI PP ShMM optional Kaparel/ShMM/PC optional PEM-Basic optional PEM-IPMI optional ShMC: The choice of the backplane is based on the Shelf Management Controller (ShMC) used. The functionality of th chosen ShMC will define the functionality of the Peripheral Controller (PC) is defined for Pigeon Point (PP) ShMM requirements. PEM: There are various types of Power Entry Modules (PEM) available based on application needs. min of 2 are required, a max of 4 postions are provided for. dvancedtc Shelf Version VB-3 Description: 19" x 13U x 385 mm depth (base) (23"/ETSI x 13U/600 x 385 mm depth optional) 14 x 6HP slots for front boards and RTMs 14 slot full mesh backplane, bussed IPMI 2 x rear mounted PEMs (4x optional) Space for 2x front mounted ShMC Space for 2x rear mounted peripheral controller 1 x rear mounted auxilliary telephony panel 4 x RiCool-2 blowers, dual IPMI, 180cfm/300m3/h 1 x front removable air-filter Optional front and rear cable tray Order No. Compliant with ShMC PC PEM Qty Shelf Bussed IPMI FCI Kernel x 1 optional Kaparel/Kernel/PC optional PEM-Basic optional PEM-IPMI optional ShMC: The choice of the backplane is based on the Shelf Management Controller (ShMC) used. The functionality of th chosen ShMC will define the functionality of the Peripheral Controller (PC) is defined for Force Computers (FCI) ShMC front mount requirements. PEM: There are various types of Power Entry Modules (PEM) available based on application needs. min of 2 are required, a max of 4 postions are provided for. 19

8 Order Information dvancedtc Backplanes dvancedtc Shelf Version H-1 Horizontal Description: 19" x 3U x 385 mm depth (base) 4 x 6HP slots for front boards and RTMs 4 slot full mesh backplane, bussed IPMI Redundant power entry on rear Space for 2x rear mounted ShMC Telco larming, rear Front removable fan tray, right side (2 fans) Front removable fan tray, left side (2 fans) Front removable filter, right side irflow, right to left Order No. Compliant with ShMC PC PEM Qty Shelf Bussed IPMI FCI Kernel x 1 optional Kaparel/Kernel/PC on board 1 included Note: The choice of the backplane is based on the Shelf Management Controller (ShMC) used. The functionality of th chosen ShMC will define the functionality of the Peripheral Controller (PC) is defined for Force Computers (FCI) ShMC front mount requirements. Front to back airflow is not achievable in the 19" format. dvancedtc Shelf ccessories ccessories Description Used For Quantity Order No. Zone 3 air seal 6HP - FR4 Zone Filler panel (FP) 8U x 6HP front/rear FP w/air management 8U x 6HP x 280 mm front FP w/air management 8U x 6HP x 70 mm rear (RTM) Note: Due to the flexibility of the PICMG 3.0 Specification many ShMC solutions may emerge. The above shelf designs are based on sound mechanical research. The 14 slot Full Mesh dvancedtc Backplane The dvancedtc Backplanes: Kaparel/Rittal are active members of the PICMG 3.0 subcommittee including a contract for the simulation and routing analysis for the Dual Star, Dual-Dual Star and Full Mesh configurations. Simulations were run using a minimum speed of Gbps. For the base and Fabric Interface, an 8 mil line width, 10 mils within the pair and 35 mils pair to pair achieving a low 0.2% noise coupling. Simulations were also run on 5 Gbps and above but showed that steps like back drilling and/or silicon equalization options may be required. Kaparel/Rittal offers a complete range of off-the-shelf 14 and 16 slot versions of their dvancedtc backplanes including Full Mesh, Dual Star, Dual-Dual Star and Dual Dual Stare with 1x Mesh overlay. In addition custom designs are available for specific customer applications. 4 slot Full Mesh version will be available for horizontal chassis applications. The Dual Star version is completed in 14 layers and the Full Mesh in 36 layers, both in Nelco material. This material allows a thinner board as well as provides the signal integrity required for dvancedtc based applications. The backplanes use the high speed MP/ERNI ZD connector in zone 2 for signal noise and ease of routing differential pairs. The routing uses broadside differential pairs providing low noise coupling without additional signal layers. Off-the-shelf or custom dvancedtc solutions available from Kaparel/Rittal will allow you to get your applications quickly to the market. The dvancedtc Backplanes Order No. Model No. Slots Description Full mesh bussed IPMI Full mesh bussed IPMI Dual Star bussed IPMI Full mesh bussed IPMI Dual Star bussed IPMI Note: Radial IPMI versions available, please contact the factory. Cool Running: ctual thermal image of Kaparel/Rittal backplane under full load conditions 14 slots at 200W. The red imaging at top is feed through from load resistors. 20

9 Order Information dvancedtc Face Plates For Front Boards nd RTMs Face Plate With Side 2 Cover Front Face Plate With Side 2 Cover RTM Face Plate Without Side 2 Cover Front/RTM Filler Panel Front with air mangement Filler Panel RTM with air management Filler Panel Front/RTM without air management B Handle Type 1 Microswitch +B (B position for max I/O) Type Qty Order No. Material Finish +B Steel Zinc plated B Steel Zinc plated Handle Type 1 Handle w/microswitch +B actuator B Handle Type 1 Handle w/microswitch B actuator Face plate w/optional handle and EMI gasket Face Plate Overlay Handle/Locking/Microswitch Filler panel w/optional EMI gasket Handle Type 2 Handle w/microswitch actuator C Handle Type 2 Handle wo/microswitch actuator Kaparel/Rittal offers a complete range of the dvancedtc face plates, filler panels and handles in brushed stainless steel. complete custom face plate and filler panel program is available providing custom cut-outs, silk screen or overlays and several handle styles including locking and microswitch activation designs. The face plates and filler panels are also available with optional EMC gaskets adhesive foam, adhesive finger stock or mechanical snap-in styles. The handle locking device acts as a grounding feature and securely locks the handle under seismic Zone 4 conditions (NEBS Level 3). The Kaparel/Rittal dvancedtc optional face plate and filler panel design are to be used for both the Front Board and RTM assembled in mirror image. For the front board, the mandatory Component Side 2 cover is incorporated into the face plate design. front slot or RTM air management version is available for Zone 3. Each Face Plate comes with 2 locking latches attached Injector/extractor handles, HDW and EMI gaskets must be purchased separately Face Plates provide for the I/O interface Filler plates are used in place of unused/reserved slots and provide for EMI protection and air-flow management The dvancedtc Face Plate of 6HP is defined in PICMG 3.0 I/O devices requiring a return path to shelf ground shall implement this return path through the Face Plate alignment/gnd pin/receptacle Handle Type 2 Microswitch position for 4xPMC, when PMC is mounted to the most outside position of the host Type Qty Order No. Material Finish Steel Zinc plated C Steel Zinc plated Face Plate With Side 2 Cover Front (mandatory) HP Qty Order No. Material Stainless 12 1 Inquire Stainless Face Plate With Side 2 Cover RTM (mandatory) HP Qty Order No. Material Stainless 12 1 Inquire Stainless Face Plate Without Side 2 Cover Front/RTM (optional) HP Qty Order No. Material Stainless 12 1 Inquire Stainless Filler Panel With irflow Baffle Front (mandatory) Type HP Qty Order No. Material Front Stainless Filler Panel With irflow Baffle Rear (mandatory) Type HP Qty Order No. Material Rear Stainless Filler Panel Without irflow Baffle Front/RTM (optional) Type HP Qty Order No. Material Front Stainless Rear Stainless EMI Gaskets For Face Plate nd Filler Panels Type U Qty Order No. Material F Foam S Stainless C Stainless Hardware Type Used for Qty Order No. Head M2.5 X 6 PCB mtg Phillips M3 X 10 Backplane Phillips 21

10 Overview Of Systems CompactPCI CompactPCI Slim-Box CompactPCI Systems CompactPCI Systems 1, 2, 3, 4U/2, 4, 6, 8 slot in C or DC input Order No. see pages For backplanes see page pplications Configuration of mm (19") industrial computer systems to the CompactPCI specifications for Telecommunications utomation Design Features mm (19") rack-mounted system for horizontal installation of computer boards at the front, and I/O boards at the rear 1U, 2U, 3U, 4U, 300 mm deep Standard cooling from left to right or right to left Sheet steel, spray-finished (black) Including backplane and fan Fully assembled, wired and tested Configuration for CompactPCI boards to CompactPCI Spec. 2.0 and 2.1 3U, 5 slot/4u, 7 slot horizontal Order No. see page 38 For backplanes see pages pplications Configuration of mm (19") industrial computer systems to the CompactPCI specifications for Telecommunications utomation Design Features mm (19") rack-mounted system for horizontal installation of double Euroboards 3U or 4U, 405 mm deep Clear chromated aluminum Including backplane and power supply unit Fully assembled, wired and tested Horizontal installation space for double Euroboards: 5 or 7 slots Configuration for CompactPCI boards to CompactPCI Spec. 2.0 and 2.1 4U and 7U, 8 slot Order No. see page 38 For backplanes see pages pplications Configuration of mm (19") industrial computer systems to the CompactPCI specifications for Telecommunications utomation Design Features mm (19") rack-mounted system for vertical installation of Euroboards/double Euroboards 4 or 7U, 405 mm deep Clear chromated aluminum Including backplane and power supply unit Fully assembled, wired and tested Installation space for Euroboards/double Euroboards: 8-21 slots Configuration for CompactPCI boards to CompactPCI Spec. 2.0 and 2.1 3U x 160 mm or 6U x 160 mm boards User Benefits Horizontal installation of double Euroboards Maximum installation with minimal space requirements 2/4/6/8 slots at the front for 160 mm and at the rear for 80 mm boards Hot swap-compatible power supply units, optionally C or DC EMC and ESD protection Fully assembled, wired and tested Integral cooling from left to right Complies with CompactPCI spec. 2.0 and 2.1, IEC and IEEE / / User Benefits Horizontal installation of double Euroboards EMC and ESD protection Fully assembled, wired and tested Targeted air routing from front to rear Keyable guide rails Complies with CompactPCI spec. 2.0 and 2.1, IEC and IEEE / User Benefits Vertical installation of Euroboards/double Euroboards EMC and ESD protection Fully assembled, wired and tested Targeted air routing from bottom to top Keyable guide rails Complies with CompactPCI spec. 2.0 and 2.1, IEC and IEEE /

11 CompactPCI Systems CompactPCI Systems Overview Of Systems CompactPCI CompactPCI, Compact-I 7U, 8 slot Order No. see page 40 For backplanes see pages pplications Configuration of mm (19") industrial computer systems to the CompactPCI specifications for Telecommunications utomation Design Features mm (19") rack-mounted system for vertical installation of Euroboards/double Euroboards 7U, 405 mm deep Clear chromated aluminum Including backplane and power supply unit Fully assembled, wired and tested Installation space for plug-in boards: 8 slots Configuration for CompactPCI boards to CompactPCI Spec. 2.0 Rev U x 160 mm front boards 9U, 12 slot with RiCool and Rear I/O Order No. see page 44 For backplanes see pages pplications Configuration of mm (19") industrial computer systems to the CompactPCI specifications for Telecommunications utomation Medical Design Features mm (19") rack-mounted system for vertical installation of double Euroboards 9U, mm deep, with rear I/O modules Clear chromated aluminum Including backplane, power supply unit and 2 radial fans Fully assembled, wired and tested Installation space for plug-in boards: 8 slots Configuration for CompactPCI boards to CompactPCI Spec. 2.0 Rev U, 17 slot with RiCool and Rear I/O Order information see page 52 For backplanes see page pplications Configuration of mm (19") industrial computer systems to the CompactPCI specifications for Telecommunications utomation Data communications Computer telephony Design Features mm (19") rack-mounted system for vertical installation of double Euroboards Outer enclosure made from 1 mm sheet steel Pull-out interior enclosure made from aluminum Customer-specific configuration Front boards 6U x 160 mm Rear RTM 6U x 80 mm User Benefits Vertical installation of double Euroboards EMC and ESD protection Fully assembled, wired and tested Targeted air routing from front to rear Keyable guide rails Complies with CompactPCI spec. 2.0 Rev. 3.0, IEC and IEEE / User Benefits Vertical installation of double Euroboards EMC and ESD protection Fully assembled, wired and tested Targeted air routing Rear I/O transition modules Keyable guide rails Effective ventilation with two RiCool blowers (204 m3/h) Complies with CompactPCI spec. 2.0 Rev. 3.0, IEC and IEEE / User Benefits Customized system production Cost-effective production of large quantities 23

12 In Detail: Systems For CompactPCI Based on the PCI bus architecture, the CompactPCI bus was developed as an industry-compatible version for tough industrial applications. It uses the tried-and-trusted single and double-euroboard format. The mechanical requirements conform to IEEE /10/11, which means simple insertion and with drawal of connectors with a large number of pins, an ESD concept, as well as coding of the board-type plug in units. Based on the Ripac subrack system, Kaparel/Rittal offers complete standardized systems, including power supply unit and backplane, fully assembled, wired and tested. In addition to the preassembled systems shown here, individual solutions can also be configured to suit specific requirements. We will be happy to assist you at every stage of the process, from consultancy and development right through to production. 1 Design Features Side Panels nd Flanges of clear chromated aluminum 10 mm Pitch Pattern of holes in the side panels facilitates individual system configuration Keyable Red Guide Rails for defined positioning of the CPU Horizontal Rails with 10 mm extension for injector/extractor handles 2 EMC Measures Conductive Surface Finish of all system components. EMC Gaskets of stainless steel make contact with the individual components. EMC Front Panels with EMC gaskets ensure reliable contact. 3 ESD Protection ESD Protection ESD pin (C) and ESD contact in the guide rail () to discharge static charges before making contact with the board type plug-in unit. ESD Contact in the PCB guide (B) ensures permanent, direct discharge via the PCB. Safety Ground provides a singe earth ground contact per rear I/O module. Parts are UL recognized. 4 Climate Control Maximum irflow due to the narrow design of the guide rails and horizontal rails. 24 Individual irflow Management ensures controlled airflow and optimum heat dissipation, optionally from bottom to top or from front to rear. RiCool Flat-Pack Blower ensures optimum ventilation. 1U, hotswap-compatible, 204 m 3 /h, including speed control and fault alarm signal.

13 Product Information Systems For CompactPCI Systems for the configuration of industrial computers to the CompactPCI specification Fully assembled, wired and tested, including backplane and power supply unit Individual cooling concepts Conforms to IEC and IEEE /10/11, as well as CompactPCI PICMG System Configuration Backplanes High-speed CompactPCI backplanes. Optionally with H.110 and connectors for bridges. Power Supply Units various inputs/outputs, plug-type or open frame. Insertion/Extraction Handles to reliably overcome high insertion/ extraction forces. Live Insertion Microswitches in the insertion/extraction handles de-activate the board type plug-in unit before starting the disconnection process, and activate during insertion. 25

14 Order Information Slim-Box-C Maximum Cooling Rack-Mounted System 1U, 2 Slot nd 2U, 4 Slot For CompactPCI Order No. Order No. Page MPS system MPS system U 1 2 Depth 300 mm 300 mm For PCB depth - front 160 mm 160 mm - rear 80 mm 80 mm Part No Model No Mechanical Supply Includes Description Material mm (19") rack-mounted enclosure with Sheet steel, front/rear slots for boards spray finished front slots for PSU 1 2 Guide rails, keyable Polycarbonate Electrical/Electronic Supply Includes Technical specifications Monolithic backplane cpci 64 bit/66 MHz 1 1 For alternative and PICM 2.16, inquire and H.110 Power input module with power switch, line filter and fuse 1 1 DC fan, left see opposite 3 2 DC fan, right see opposite 4 3 ccessories Model No. C power supply unit* 175 W PS C power supply unit* 200 W PS C power supply unit* 250 W PS EMC front panel 6U, 4HP EMC front panel 6U, 8HP EMC front panel 3U, 4HP EMC front panel 3U, 8HP H.110, 48 V connection cable * Note: These power supplies do not require a minimum load to operate. For power supplies that are used under full load condition, you may want to use the same power supply which requires a minimum load of approximately 5%. These PSU are available. Please inquire. Note: For open frame or TX power supply solutions, please contact factory 26

15 Order Information Slim-Box-C Rack-Mounted System 1U nd 2U For CompactPCI Technical Specifications: 1 or 2U rack-mounted enclosure with mm (19") mounting brackets (may be offset approximately 100 mm to the rear) 2/4 slots for cpci boards at the front and rear Enclosure cooling from left to right EMC and ESD-compatible configuration Integral Monolithic cpci backplane 64 bit/66 MHz with H.110 bus on J4 Power input module Including fan: for 1U: 12 VDC, 21 m3/h, for 2U: 12 VDC, 74 m3/h Optional: Hot swap-compatible power supply units with current splitting for redundancy operation (2U) Custom versions available on request Conforms to IEEE /10/11, CompactPCI Spec. 2.0 C DC Power Supply Unit 175 W, hot swap-compatible, Order No. see page 90. Note: For open frame or TX power supply solutions, please contact factory Monolithic cpci Backplane with H.110 bus (from 2U). Power Input Module 27

16 Order Information Slim-Box-C Rack-Mounted System 3U, 6 Slot nd 4U, 8 Slot For CompactPCI Order No. Order No. Page MPS system MPS system U 3 4 Depth 300 mm 300 mm For PCB depth - front 160 mm 160 mm - rear 80 mm 80 mm Part No Model No Mechanical Supply Includes Description Material mm (19") rack-mounted enclosure with Sheet steel, front/rear slots for board spray finished front slots for PSU 3 3 Guide rails, keyable Polycarbonate Electrical/Electronic Supply Includes Technical specifications Monolithic backplane cpci 64 bit/33 MHz 1 1 For alternative and PICMC 2.16, inquire and H.110 Power input module with power switch, line filter and fuse 1 1 DC fan, left See opposite 1 4 DC fan, right See opposite ccessories Model No. C power supply unit* 175W PS C power supply unit* 200W PS C power supply unit* 250W PS EMC front panel 6U, 4HP EMC front panel 6U, 8HP EMC front panel 6U, 12HP EMC front panel 6U, 16HP EMC front panel 3U, 4HP EMC front panel 3U, 8HP EMC front panel 3U, 12HP EMC front panel 3U, 16HP H.110, 48 V connection cable * Note: These power supplies do not require a minimum load to operate. For power supplies that are used under full load condition, you may want to use the same power supply which requires a minimum load of approximately 5%. These PSU are available. Please inquire. Note: For open frame or TX power supply solutions, please contact factory 28

17 Order Information Slim-Box-C Rack-Mounted System 3U nd 4U For CompactPCI Technical Specifications: 3 or 4U rack-mounted enclosure with mm (19") mounting brackets (may be offset approximately 100 mm to the rear) 6/8 slots for cpci boards at the front and rear Enclosure cooling from left to right EMC and ESD-compatible configuration Integral Monolithic cpci backplane 64 bit/33 MHz with H.110 bus on J4 Power input module Including fan: for 3U: 12 VDC, 195 m 3 /h or 74 m 3 /h, for 4U: 12 VDC, 74 m 3 /h Optional: Hot swap-compatible power supply units with current splitting for redundancy operation Custom versions available on request Conforms to IEEE /10/11, CompactPCI Spec. 2.0 Power Supply Units, redundant, Order No. see page 90. Note: For open frame or TX power supply solutions, please contact factory Fan in the side panel. Monolithic cpci Backplane with H.110 bus. 29

18 Order Information Slim-Box-DC Rack-Mounted System 1U, 2 Slot nd 2U, 4 Slot For CompactPCI Order No. Order No. Page MPS system MPS system U 1 2 Depth 300 mm 300 mm For PCB depth - front 160 mm 160 mm - rear 80 mm 80 mm Part No Model No DC 7020-DC Mechanical Supply Includes Description Material mm (19") rack-mounted enclosure with Sheet steel, front/rear slots for boards paint finished front slots for PSU Guide rails, keyable Polycarbonate Electrical/Electronic Supply Includes Technical specifications Monolithic backplane cpci 64 bit/66 MHz 1 1 For alternative and PICMG 2.16, inquire and H.110 Power entry module with breaker Single Dual DC fan, left See opposite 3 2 DC fan, right See opposite 4 3 ccessories Model No. DC power supply unit* 175W PS DC power supply unit* 200W PS DC power supply unit* 250W PS EMC front panel 6U, 4HP EMC front panel 6U, 8HP EMC front panel 3U, 4HP EMC front panel 3U, 8HP EMC front panel 3U, 16HP EMC front panel 3U, 16HP H.110, 48 V connection cable * Note: These power supplies do not require a minimum load to operate. For power supplies that are used under full load condition, you may want to use the same power supply which requires a minimum load of approximately 5%. These PSU are available. Please inquire. Note: For open frame or TX power supply solutions, please contact factory 30

19 Order Information Slim-Box-DC Rack-Mounted System 1U nd 2U For CompactPCI Technical Specifications: 1 or 2U rack-mounted enclosure with mm (19") mounting brackets (may be offset approximately 100 mm to the rear) 2/4 slots for cpci boards at the front and rear Enclosure cooling from left to right EMC and ESD-compatible configuration Integral Monolithic cpci backplane 64 bit/66 MHz with H.110 bus on J4 Power input module Including fan: for 1U: 12 VDC, 21 m 3 /h, for 2U: 12 VDC, 74 m 3 /h Optional: Hot swap-compatible power supply units with current splitting for redundancy operation (2U) Custom versions available on request Conforms to IEEE /10/11, CompactPCI Spec. 2.0 Power Supply Unit 175 W, hot swap-compatible, Order No. see page 90. Note: For open frame or TX power supply solutions, please contact factory Monolithic cpci Backplane with H.110 bus (from 2U). Power Input Module 31

20 Order Information Slim-Box-DC Rack-Mounted System 3U, 6 Slot nd 4U, 8 Slot For CompactPCI Order No. Order No. Page MPS system MPS system U 3 4 Depth 300 mm 300 mm For PCB depth - front 160 mm 160 mm - rear 80 mm 80 mm Part No Model No DC 7040-DC Mechanical Supply Includes Description Material mm (19") rack-mounted enclosure with Sheet steel, front/rear slots for board paint finished front slots for PSU 3 3 Guide rails, keyable Polycarbonate Electrical/Electronic Supply Includes Technical specifications Monolithic backplane cpci 64 bit/33 MHz 1 1 For alternative and PICMG 2.16, inquire and H.110 Power entry module with breakers Dual Dual DC fan, left See opposite 1 4 DC fan, right See opposite ccessories Model No. DC power supply unit* 175W PS DC power supply unit* 200W PS DC power supply unit* 250W PS EMC front panel 6U, 4HP EMC front panel 6U, 8HP EMC front panel 6U, 12HP EMC front panel 6U, 16HP EMC front panel 3U, 4HP EMC front panel 3U, 8HP EMC front panel 3U, 12HP EMC front panel 3U, 16HP H.110, 48 V connection cable * Note: These power supplies do not require a minimum load to operate. For power supplies that are used under full load condition, you may want to use the same power supply which requires a minimum load of approximately 5%. These PSU are available. Please inquire. Note: For open frame or TX power supply solutions, please contact factory 32

21 Order Information Slim-Box-DC Rack-Mounted System 3U nd 4U For CompactPCI Technical Specifications: 3 or 4U rack-mounted enclosure with mm (19") mounting brackets (may be offset approximately 100 mm to the rear) 6/8 slots for cpci boards at the front and rear Enclosure cooling from left to right EMC and ESD-compatible configuration Integral Monolithic cpci backplane 64 bit/33 MHz with H.110 bus on J4 Power input module Including fan: for 3U: 12 VDC, 195 m 3 /h or 74 m 3 /h, for 4U: 12 VDC, 74 m 3 /h Optional: Hot swap-compatible power supply units with current splitting for redundancy operation Custom configurations available on request Conforms to IEEE /10/11, CompactPCI Spec. 2.0 Power Supply Units, redundant, Order No. see page 90. Note: For open frame or TX power supply solutions, please contact factory Fan in the side panel. Monolithic cpci Backplane with H.110 bus. 33

22 Order Information CompactPCI Developer Chassis 8 Slot With RTM Designed for the hardware and software development of cpci boards and systems. n inexpensive solution with maximum board access. For use with Lab type Bench Top PSU. Order No. U 8.5 Side panel Usable width For PCB For cpci depth (mm) HP U x 160 mm maximum 10.5 cpci slots at 4 HP 60 x 80 mm RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac horizontal rails luminum, clear chromated Set EMC gaskets Stainless steel Various Side plates Steel, 1 mm plated/painted 2 4 Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide Rails red (CPU), keyable Polycarbonate Guide rails gray/yellow, RTM s keyable ESD clips for PCB ESD wipe Stainless steel ESD jack U bottom bolted panel, with IEC C power 2.5 mm aluminum, clear chromated 1 entry/line filter and fan 12 Rear bolted panel, 4U, with IEC C power entry/line filter 2.5 mm aluminum, clear chromated and fan Electrical/Electronic Supply Includes Electrical specifications 13 Check for PICMG 2.0/2.1 + H.110 backplanes RP PICMG 2.16 backplanes 8 slot RP PICMG 2.17 backplanes 8 slot RP CompactPCI backplane 6.5U x 8 slot See PICMG 2.0/2.1 RP C fans 54 cfm (UL, VDE, CS) IEC C socket with line filter 6 (VDE, UL, CS) DC terminal block for bench top PSU Optional on/off switch 20 C cable harness 1 DC available upon request During the process of developing CompactPCI boards, access to components may be required. This can be done by using a cpci extender card, which tends to be expensive and may cause possible distortion to sensitive signals. Kaparel/Rittal, the original cpci packaging company, is introducing a simple and inexpensive solution to test and debug cpci frontloaded and rear-loaded I/O boards the Kaparel/Rittal cpci Developer Subrack. The cpci Developer is designed so that the power for the backplane will come from the existing bench top supply. lternatively, a pluggable power supply may be used in place of PCB slots, or an inexpensive TX power supply may be plugged directly into the backplane. 34

23 Order Information CompactPCI Developer Chassis Technical Description: Vented system, 292 mm deep, for desk top application Prepared to accommodate CompactPCI boards and drives Designed to utilize bench top power supplies Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/ extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features 8.5U Prepared for the horizontal installation of cpci front boards 8 slot x 6U x 160 mm boards Max 10 slot x 6U x 160 mm boards 8 slot x 6U x 80 mm RTMs. Max 10 slot x 6U x 80 mm RTMs Optionally, 6U may be converted to 2 x 3U sections (1 slot to 10 slots) For the optional installation of drives Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guide rails for the pluggable PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 ground sockets for RTM protection Vertical bottom/top cooling Fully wired and tested 35

24 Order Information Rack-Mount System For CompactPCI 3U, 5 Slot nd 4U, 7 Slot For 300W systems for front boards and RTMs, front to back airflow, no air filter. Order No. Order No. U 3 4 Side panel For PCB For cpci For cpci depth (mm) 358 6U x 160 mm x 80 mm RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various Various Covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails gray/yellow, RTMs, keyable Guide rails green, PSU ESD clips for PCB ESD wipe Stainless steel U x 21HP front panel 2.5 mm aluminum, clear chromated 1 1 4U x 21HP front panel 11 Rear bolted panel, 3U, with IEC C power entry/line filter 2.5 mm aluminum, clear chromated 1 and fan 12 Rear bolted panel, 4U, with IEC C power entry/line filter 2.5 mm aluminum, clear chromated 1 and fan Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 3.5U x 5 slot See PICMG 2.0/ CompactPCI backplane 6.5U x 7 slot See PICMG 2.0/ DC fans 12 V (UI, VDE, CS) 226 optional speed control 16 IEC D socket with line filter 6 (VDE, UL, CS) Hot swap PSU, 175W +3.3V/25, +5V/25, 97 (UL, VDE, CS) +12V/8, -12V/7 18 Power supply 175 W with on/off switch cable LED display module with on/off switch 3U x HP, 4U x HP +3.3V, +5V, +/-12V fan failure C cable harness 1 DC available upon request 36

25 Order Information Rack-Mount System For CompactPCI 3U, 5 Slot nd 4U, 7 Slot With RTMs Illustration: 3U MPS system for cpci Technical Description: Vented system, 358 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases. Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/extractor handles, see page 98 Features Prepared for the horizontal installation of cpci front boards 3U = 5 x 6U x 160 mm boards 4U = 7 x 6U x 160 mm boards For the optional installation of drives 3U = W or 4U = W PSU Install Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guide rails for the pluggable PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 ground sockets for RTM protection Front to back cooling EMC design Fully wired and tested 3U/4U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 37

26 Order Information Rack-Mount System For CompactPCI 4U nd 7U, 8 Slot, With Muffin Fans For 300W systems without RTMs, vertical air flow, no air filter Order No. Order No. U 4 (3+1) 7 (6+1) Side panel For PCB For cpci For cpci depth (mm) 405 6U x 160 mm x 80 mm RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel various various Covers, vented 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails green, PSU Polycarbonate Fan mounting plate with finger guards 1 mm aluminum ESD clips for PCB ESD wipe Stainless steel U front panel with on/off switch and status LEDs 2.5 mm aluminum, clear chromated Rear bolted panel, 4U, with IEC C power entry/line filter 2.5 mm aluminum, clear chromated 1 and PSU 12 Rear bolted panel, 7U, with IEC C power entry/line filter 2.5 mm aluminum, clear chromated 1 and PSU Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 3.5U x 8 slot See PICMG 2.0/ CompactPCI backplane 6.5U x 8 slot See PICMG 2.0/ DC fans 12 V (UI, VDE, CS) optional speed control 16 IEC D socket with line filter 6 (VDE, UL, CS) Hot swap PSU, 175W 350W +3.3V/25, +5V/25, (UL, VDE, CS) +12V/8, -12V/7 19 LED display module with on/off switch +3.3V, +5V, +/-12V fan failure C cable harness 1 DC available upon request Ripac Rack-Mounted System For CompactPCI 4U, 8 slots. Ripac Rack-Mounted System For CompactPCI 7U, 8 slots. 38

27 Order Information Rack-Mount System For CompactPCI 4U nd 7U, 8 Slot With RTMs Illustration: 7U MPS system for cpci CompactPCI 48V INPUT POWER SUPPLY INPUT OK FULT PUSH TO INHIBIT RESET +3.3V +5V +12V -12V Technical Description: Vented system, 405 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/extractor handles, see page 98 Features Prepared for the installation of 8 slots cpci front boards 4U = 8 x 3U x 160 mm boards 7U = 8 x 6U x 160 mm boards For the optional installation of drives 4U = 300W or 7U = 400W open frame PSU install Front interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Vertical bottom/top cooling EMC design Fully wired and tested 4U/7U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 39

28 Order Information Rack-Mount System For CompactPCI 7U, 8 Slot With Muffin Fans For 300W systems without RTMs, Limited cooling redundancy up to 250W, no air filter Order No. U 7 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci depth (mm) U x 160 mm (no 60 x 80 RTMs) Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various L-shaped covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails green, PSU Polycarbonate ir baffle 1 mm aluminum 1 8 ESD clips for PCB ESD wipe Stainless steel Front panel area for air-intake, no filter bottom 6 mm hexagon pattern 10 Front panel area, top with on/off switch and status LEDs 1 mm aluminum, clear chromated 1 11 ir block panel luminum FR Rear panel, hinged 7U, with IEC C power entry/line filter, 3 fans, PSU 2.5 mm aluminum, clear chromated 1 Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 6.5U x 8 slot See PICMG 2.0/ DC fans 12 V (UI, VDE, CS) optional speed control 16 IEC C socket with line filter 6 (VDE, UL, CS) Hot swap PSU, 350W +3.3V/25, +5V/25, 1 97 (UL, VDE, CS) +12V/8, -12V/7 18 LED display module with on/off switch +3.3V, +5V, +/-12V fan failure C cable harness 1 DC available upon request NEBS compatible subrack for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment. Ripac Rack-Mounted System For CompactPCI 7U (6 + 2 x.5), 8 slots. 40

29 Order Information Rack-Mount System For CompactPCI 7U, 8 Slot Without RTMs Illustration: 7U MPS system for cpci CompactPCI 48V INPUT POWER SUPPLY INPUT OK FULT PUSH TO INHIBIT Technical Description: Vented system, 405 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/ extractor handles, see page 98 Features Prepared for the installation of 8 slots 6U x 160 mm cpci front boards For the optional installation of drives 400W open frame PSU installation Front interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Front to rear cooling EMC design Fully wired and tested 4U/7U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 41

30 Order Information Rack-Mount System For CompactPCI 8U, 8 Slot With RiCool Hot-Swap Blowers, With RTMs For 450W systems. Limited cooling redundancy up to 300W, no air filter Order No. U 8 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci depth (mm) U x 160 mm x 80 RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various Covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails, green (PSU), keyable Polycarbonate Guide rails, gray/yellow, (RTMs), keyable Polycarbonate ESD clips for PCB ESD wipe Stainless steel Front panel hinged for RiCool access 2.5 mm aluminum, clear chromated 1 10 Front panel for air-intake/filter access with on/off switch and status LEDs 1 mm aluminum, clear chromated Rear panel with IEC C connector 2.5 mm aluminum, clear chromated 1 Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 6.5U x 8 slot See PICMG 2.0/ Power supply backplane for 1 x 8HP PSU See PICMG RiCool blowers 12 V or 24 V or 48 V 48W, 110 cfm each static pressure 1.6" H2O 16 IEC C socket with line filter 6 (VDE, UL, CS) Power supply 1 x 6U x 8HP C or DC 350W LED display module with on/off switch +3.3 V, +5 V, +/-12 V fan failure C cable harness 1 DC available upon request NEBS compatible subrack for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment. Ripac Rack-Mounted System For CompactPCI 8U ( ), 8 slots. 42

31 Order Information Ripac Rack-Mount System For CompactPCI 8U, 8 Slot With RiCool Blower, With RTMs Illustration: No filter Technical Description: Vented system, 291 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 Star Fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/ extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features Prepared for the installation of 8U x 160 mm cpci front boards and 8U x 6U x 80 mm RTMs For the optional installation of drives and pluggable PSUs 6U x 8HP C or DC power supplies, 350W included Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guides for the PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 GND sockets for RTM protection Front to rear cooling EMC design Forced air cooling with intelligent, hot-swap RiCool blowers Fully wired and tested 8U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 43

32 Order Information Ripac Rack-Mount System For CompactPCI 9U, 14 Slot With RiCool Hot-Swap Blowers, With RTMs For 450W systems. Limited cooling redundancy up to 400W, with air intake filter Order No. U 9 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci depth (mm) U x 160 mm x 80 RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various Covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails, green (PSU), keyable Polycarbonate Guide rails, gray/yellow, (RTMs), keyable Polycarbonate ESD clips for PCB ESD wipe Stainless steel Front panel hinged for RiCool access 2.5 mm aluminum, clear chromated 1 10 Front panel for air intake/filter access with on/off switch and status LEDs 1 mm aluminum, clear chromated 1 11 ir filter, front removable Quadrafoam UL Rear panel with IEC C connector 2.5 mm aluminum, clear chromated 1 Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 6.5U x 8 slot See PICMG 2.0/ Power supply backplane for 2 x 8HP PSU See PICMG RiCool blowers 12 V or 24 V or 48 V 48 W, 110 cfm each static pressure 1.6" H2O 16 IEC C socket with line filter 6 (VDE, UL, CS) Power supply 6U x 8HP C or DC 350W LED display module with on/off switch +3.3 V, +5 V, +/-12 V fan failure C cable harness 1 DC available upon request 9U x 84HP integrated subrack that accepts up to fourteen 6U, 64 or 32-bit CompactPCI boards and up to two double-wide (8HP) 6U-power supplies to form a complete CompactPCI system. NEBS compatible subrack for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment with 80 mm transition boards. I/O transition module at the rear. Ripac Rack-Mounted System For CompactPCI 9U (6 + 1 x 1.5), 8 slots, with RiCool radial fan. 44

33 Order Information Ripac Rack-Mount System For CompactPCI 9U, 14 Slot With RiCool Blower, With RTMs Illustration: 9U MPS system for cpci Technical Description: Vented system, 291 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 Star Fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm card, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/ extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features Prepared for the installation of 14U x 6U x 160 mm cpci front boards and 14U x 6U x 80 mm RTMs For the optional installation of drives and pluggable PSUs 6U x 8HP C or DC power supplies, 2 x 350W included Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guides for the PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 GND sockets for RTM protection Front to rear cooling EMC design Forced air cooling with intelligent, hot-swap RiCool blowers Fully wired and tested 9U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 45

34 Order Information Ripac Rack-Mount System For CompactPCI 10U, 14 Slot With RiCool Hot-Swap Blowers, With RTMs For 500W+ systems. With air-plenum for full cooling redundancy 700W, with air-intake filter Order No. U 10 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci depth (mm) U x 160 mm x 80 RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various Covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails, green (PSU), keyable Polycarbonate Guide rails, gray/yellow, (RTMs), keyable Polycarbonate UL 94-V ESD clips for PCB ESD wipe Stainless steel Front panel hinged for RiCool access 2.5 mm aluminum, clear chromated 1 10 Front panel for air-intake/filter access with on/off switch and status LEDs 1 mm aluminum, clear chromated 1 11 ir filter, front removable Quadrafoam UL Rear panel with IEC C connector 2.5 mm aluminum, clear chromated 1 Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 6.5U x 8 slot See PICMG 2.0/ Power supply backplane for 2 x 8HP PSU See PICMG RiCool blowers 12 V or 24 V or 48 V 48W, 110 cfm each static pressure 1.6" H2O 16 IEC C socket with line filter 6 (VDE, UL, CS) Power supply 6U x 8HP C or DC 350W each LED display module with on/off switch +3.3 V, +5 V, +/-12 V fan failure C cable harness 1 DC available upon request 10U x 84HP integrated subrack that accepts up to fourteen 6U, 64 or 32-bit CompactPCI boards and up to two double-wide (8HP) 6U-power supplies to form a complete CompactPCI system. NEBS compatible subrack for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment with 80 mm transition boards. Ripac Rack-Mounted System For CompactPCI 10U (6 + 1 x 1.5), 8 slots, with RiCool radial fan. 46

35 Order Information Ripac Rack-Mount System For CompactPCI 10U, 14 Slot With RiCool Blower, With RTM Illustration: No filter Technical Description: Vented system, 291 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 Star Fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features Prepared for the installation of 14U x 6U x 160 mm cpci front boards and 14U x 6U x 80 mm RTMs For the optional installation of drives and pluggable PSUs 6U x 8HP C or DC power supplies, 2 x 350W included Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guides for the PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 GND sockets for RTM protection Front to rear cooling EMC design Forced air cooling with intelligent, hot-swap RiCool blowers Fully wired and tested 10U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 47

36 Order Information Ripac Rack-Mount System For CompactPCI 11U, 21 Slot With RiCool Hot-Swap Blowers, With RTMs For 1200W systems. With air-plenum for full cooling redundancy 1800W, with air-intake filter Order No. U 11 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci depth (mm) U x 160 mm U x 80 RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various Covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails gray/yellow (RTMs), keyable Polycarbonate UL 94-V ESD clips for PCB ESD wipe Stainless steel Front panel hinged for RiCool access/control panel 2.5 mm aluminum, clear chromated 1 10 Front panel for air-intake/filter access 1 mm aluminum, clear chromated 1 11 ir filter, front removable Quadrafoam UL Rear panel with IEC C connector 2.5 mm aluminum, clear chromated 1 Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 6.5U x 21 slot See PICMG 2.0/ RiCool blowers 12 V or 24 V or 48 V 48W, 110 cfm each static pressure 1.6" H2O 16 IEC C socket with line filter 30 (VDE, UL, CS) 1 17 Power supply 3 x 1U x 28HP C or DC 600W each C cable harness DC available upon request U x 84HP integrated subrack that accepts up to 21 Slot, 6U x 160 mm, 64 or 32 Bit cpci boards and up to three 1U power supplies to form a complete CompactPCI system. 48 NEBS compatible system for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment with 80 mm transition boards.

37 Order Information Ripac Rack-Mount System For CompactPCI 11U, 21 Slot With RiCool Blowers, With RTMs Technical Description: Vented system, 312 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives. Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features Prepared for the installation of U x 6U x 160 mm cpci front boards and [?] x 6U x 80 mm RTMs For the optional installation of drives and pluggable PSUs 6U x 8HP C or DC power supplies, 2 x 350W included Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guides for the PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 GND sockets for RTM protection Front/rear cooling EMC design Forced air cooling with intelligent, hot-swap RiCool blowers Fully wired and tested 11U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 49

38 Order Information Ripac Rack-Mount System For CompactPCI 13U, 21 Slot With RiCool Hot-Swap Blowers, With RTMs For 1800W systems. With air-plenum for full cooling redundancy 2400W, with air-intake filter Order No. U 12 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci depth (mm) U x 160 mm U x 80 RTMs Mechanical Supply Includes Item Description Material Quantity Page 1 Ripac subrack system luminum, clear chromated EMC gaskets Stainless steel Various Covers 1 mm aluminum, clear chromated Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate Guide rails gray/yellow (RTMs), keyable Polycarbonate UL 94-V ESD clips for PCB ESD wipe Stainless steel Front panel hinged for RiCool access 2.5 mm aluminum, clear chromated 1 10 Front panel for air-intake/filter access 1 mm aluminum, clear chromated 1 11 ir filter, front removable Quadrafoam UL Rear panel with IEC C connector 1 mm aluminum, clear chromated 1 Electrical Supply Includes Electrical specifications 13 CompactPCI backplane 6.5U x 21 slot See PICMG 2.0/ RiCool blowers 12 V or 24 V or 48 V optional 48W, 110 cfm each static pressure 1.6" H2O 16 IEC C socket with line filter 30 (VDE, UL, CS) 1 17 Power supply 4 x 1U x 28HP C or DC 600W C cable harness DC available upon request 13U x 84HP integrated subrack that accepts up to 21 Slot, 6U x 160 mm, 64 or 32 Bit cpci boards and up to four 1U power supplies to form a complete CompactPCI system. NEBS compatible system for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment with 80 mm transition boards. Ripac Rack-Mounted System For CompactPCI 4U, 8 slots 50

39 Order Information Ripac Rack-Mount System For CompactPCI 13U, 21 Slot With RiCool Blowers, With RTMs Technical Description: Vented system, mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives. Complies with IEC / -4/ -5-1xx; IEEE /.10/.11 Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see pages For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features Prepared for the installation of 21 x 6U x 160 mm cpci front boards and 21 x 6U x 80 mm RTMs For the optional installation of drives and pluggable PSUs 6U x 8HP C or DC power supplies, 2 x 350W included Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guides for the PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 GND sockets for RTM protection Front/rear cooling EMC design Forced air cooling with intelligent, hot-swap RiCool blowers Fully wired and tested 12U Modification Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 51

40 Order Information Rack-Mount System For CompactPCI 10U, 21 Slot With RiCool Hot-Swap Blowers, With RTMs For 500W+ systems. With air-plenum for full cooling redundancy 700W, with air-intake filter Order No. C U 10 ( ) Side panel Rear internal wiring space (mm) For PCB For cpci recessed flange For cpci front flange depth (mm) gray black gray black U x 160 mm U x 80 RTMs Mechanical Supply Includes Item Description Material Quantity 1 Ripac subrack system luminum, zinc plated, painted 1 2 EMC gaskets Stainless steel Various 3 ll visible covers; Color: black; Inquire for options 1 mm steel, zinc plated, painted 2 4 Guide rails gray/yellow, keyable Polycarbonate UL 94-V Guide rails red (CPU), keyable Polycarbonate 2 6 Guide rails green (PSU), keyable Polycarbonate 2 7 Guide rails gray/yellow (RTMs), keyable Polycarbonate UL 94-V ESD clips for PCB ESD wipe Stainless steel 20 9 Front panel removable for RiCool access 1 mm steel, zinc plated, painted 1 10 Front panel for air-intake/filter access 1 mm steel 1 11 ir filter, front removable Quadrafoam UL Rear panel with IEC C/DC power entry 1 mm steel, painted 1 13 Display panel front, removable 1 mm steel, painted " mounting flanges, recessible 4" 2 mm steel, painted " mounting flange, front mount 2 2 Electrical Supply Includes Electrical specifications 16 CompactPCI backplane 6.5U x 21 slot See PICMG 2.0/ Power supply backplane for 2 x 8HP PSU See PICMG RiCool blowers 12 V or 24 V or 48 V 48W, 110 cfm each 2 static pressure 1.6" H2O 19 IEC C socket with line filter 6 (VDE, UL, CS) 1 20 Dual DC power entry with PEM Dual 48 V 1 21 Power supply 6U x 8HP C or DC 350W each 1 22 LED display module with on/off switch +3.3 V, +5 V, +/-12 V fan failure 1 23 C cable harness DC available upon request NEBS compatible system for use in telecommunication or telephony applications. It is designed for applications requiring very high airflow in a fail-safe environment with 80 mm transition boards. 13U CompactPCI-I System, with horizontally installed drives. 10U CompactPCI-I System, with horizontally installed drives. 12U CompactPCI-I System, with vertically installed drives. 12U CompactPCI-I System, with increased air space and power supply unit mounted in the base. 52

41 Order Information Compact-I Rack-Mount Shelf For CompactPCI 10U, 21 Slot With RiCool Blowers, With RTMs The Compact-I system was specifically developed for use in telecommunications, data communications and computer telephony applications. The design, based on a sheet steel outer enclosure with a pull-out aluminum subrack; facilitates cost-effective mass production. s you would expect, all the requirements of CompactPCI have been incorporated into the development. The basic variants shown here are merely a selection of typical application examples, and can be configured to suit the customer s specific requirements. The systems are supplied fully assembled and prewired including backplane and power supply unit. Technical Description: Vented shelf, 310 mm deep, for installation in 19" (486.2 mm) racks, cabinets or cases Prepared to accommodate CompactPCI boards and drives Complies with IEC / -4/ -5-1xx; IEEE /.10/.11. Options To Be Considered: For alternative cpci backplanes, see pages For bridges, see page 83 For alternative cpci/h.110 backplanes, see pages For alternative PICMG 2.16 fabric backplanes, see page 78 Front or center mount flanges available For alternative PICMG 2.17 star fabric backplanes, see page 76 For alternative PSU backplanes, see pages For power supplies, see page 91 For DC power entry module, see page 92 For alarm board, see pages For hard disk drive modules, see page 95 For RiCool blowers, see page For system thermal evaluation tools, see page 54 For EMC filler panels, see pages For front panels and injector/extractor handles, see page 98 For 30 RTM ground contacts, see page 58 Features Prepared for the installation of [?] x 6U x 160 mm cpci front boards and [?] 6U x 880 mm RTMs For the optional installation of drives and pluggable PSUs. Optional 6U x 8HP C or DC power supplies, 350W/450W Front/rear interface for CompactPCI defined injector/extractor handles Keyable PCB guide/slot positions per PICMG 2.10 Red guides for the system slot Green guides for the PSU slot Gray/yellow guides for peripheral slot identification ESD clips for PCB ESD wipe Optional ESD clips for front panel ESD protection Optional 30 GND sockets for RTM protection Powerful front to rear cooling EMC design Forced air cooling with intelligent, hot-swap RiCool blowers Fully wired and tested 10U 53

42 CompactPCI System Cooling nalysis n RiTherm n The PS3900 Thermal Load Boards: The RiTherm load board is a concept that enables users to validate the thermal characteristics of their system before all PCBs are designed. In past projects, system designers have often underestimated the need for heat dissipation. This miscalculation of the cooling system can cause costly problems, such as a missed product launch. Rittal and Kaparel have designed a simple system that will enable you to validate cooling dynamics of your particular system before it is built. The PS6100 Thermal System: The RiTherm system consists of a 10U CompactPCI subrack equipped with two powerful hot swappable 12 V RiCool blowers. The cpci backplane is of your choice. The system shown is designed to accept up to 21 slots of front/rear mounted (6U x 160 mm front/6u x 80 mm back) RiTherm load boards simulating your actual cpci boards. Features: Simulation of I/O or SBC boards up to 90W each Support up to 21 load boards Six temperature sensors on each front load board 54 Three precision airflow sensors on each load board 38 configurable resistor loads per 6U x 160mm load board No sensor wires required Uses the J1 connector of the CompactPCI spec. for power only Uses the J5 connector for rear I/O load board power interface The load boards will fit into any IEEE compatible cpci system or subrack Simple Window user interface with graphics and data logging Daisy-chain RS232 port supported Low voltage detector description Description: The RiTherm load board and the RiTherm system concept are built around the PS3900 load board. The PS3900 load board is a 6U/3U CompactPCI form factor instrumentation board and is cpci based. It provides a resistive heating array, temperature and airflow sensors. How To Order RiTherm: You can order either a complete RiTherm system consisting of the RiTherm subrack (chassis) with your choice of (No. of slots) cpci backplane and (No. of) power supplies and drives or the individual RiTherm PS3900 load boards to be plugged into your cpci system. When ordering a RiTherm system, you must specify the number of slots to be occupied by the load boards and the pluggable power supply (if used). For choice of cpci backplanes, see our comprehensive range of cpci backplanes. The PS3901 load board Description Model Order No. 10U RiTherm system w/o cpci backplane and PSU PS Load board with airflow sensors 6U x 160mm PS Load board with airflow sensors, 6U x 80mm PS Load board with airflow sensors, 3U x 160mm PS Thermal accessory kit with software and cables PS

43 CompactPCI System Cooling nalysis RiTherm The RiTherm Thermal Development System: Details Window The RiTherm Thermal Development System: Main Window PS3902 Thermal Development Software KTDS: Features: Main form plots temperature and airflow outputs in a single GUI graph for quick analysis GUI board profile form displays provide exact temperature and airflow readings at each sensor, along with voltage levels Board power form provides number of loads per voltage on an individual board basis Can accommodate up to 42 boards Main Components: 9 to 30 power resistor blanks that can be individually powered from either the +5 V or the +3.3 V power rails. These resistor banks are distributed evenly across the board, and can be configured to dissipate 0-100W of combined power (maximum 40W from the +3.3 V rail, or 100W from the +5 V rail) 4 to 8 power resistor banks that can be individually powered from either the +12 V or the -12 V power rails, that can dissipate between 0W and 23W of combined power 6 calibration-free temperature sensors, placed at various locations 8051 series microcontroller with a RS232C serial host interface. This interface is used to report temperature and airflow measurements to a host PC ir In 6U Hot Swappable RiCool Blowers (2) For PCB 6U x 160 P5 P4 P3 P2 P1 For PCB 6U x U ir Out ir Out ir In 296.7mm Optional front removable air filter ir Suction To Cool Rear I/0 55

44 ccessories n RiTherm n irflow Blockers In order to adequately and consistently cool cpci modules and power supplies, unoccupied or empty slots will have to be blocked as they are the major cause for poor or inconsistent cooling. This is known as the chimney effect. The airflow blocker is clipped over the installed module slot guide rail, preventing air to pass and at the same time, preventing the insertion of a cpci module. The filler panel in turn is bolted in place of the cpci module front panel, contributing to the control of the system airflow and maintaining system EMI integrity. By not using an empty slot airflow management device, the cooling efficiency of the cpci system may reach such a reduced degree that cpci modules stop functioning. The airflow blocker is designed for one 4 HP cpci module (160mm deep). The airflow blocker is not suitable for the 1/2 HP offset power supply guide rail. Configuration Plastic UL 94-V0 Color: Blue CompactPCI irflow Blocker Description Compatible with Qty. required Qty. Order No. guide rail per slot irflow blocker or Top/bottom System Filler Panels Filler panels are used to cover unused slots as well as to ensure intended airflow management, increase safety and prevent EMI emission. There are two types of filler panels available: 3U and 6U non-emc (flat w/o gasket) 3U and 6U EMC (U channel w/gasket) Configuration luminum Finish: Chromated Filler Panels Non-EMC U Order No. 4HP 8HP 12HP 16HP Please order screws and retention sleeves separately: Order No (100 pcs. - slotted) Order No (100 pcs. + posidrive) Filler Panels EMC U Order No. 4HP 8HP 12HP 16HP Please order screws and retention sleeves separately: Order No (100 pcs. - slotted) Order No (100 pcs. + posidrive) CompactPCI Subrack System Divider This system divider splits 6U systems into 2 x 3U sections. dditional horizontal rails are mounted either to the left or right side plates. Please state the area to be divided, by placement (left or right) and by how many HP. Typically a CompactPCI front panel is 4HP wide, 4 x 5.08mm (0.2"). 6U/2 x 3U System Divider Order No. 4HP-1 slot HP-2 slots HP-3 slots For other widths, please inquire. Note: Horizontal dividing above 3 slots may require a vertical support at a loss of one slot. Keying Tool and Keys Keys and programmable keying tool Description Color Qty Order No. Key Gray Key Red Keying tool Yellow

45 For System/Peripheral/Power Supply Slots CompactPCI PCB Guide Rails The PICMG 2.0 specification only makes reference in chapter to the system slot identification (guide rails) by defining the color red to identify CPU system slots. ll other slot positions (guide rails) can be of any other color than red. dditionally the PICMG 2.11 specification defines in chapter 3.2 a that the pluggable power supply (PSU) guide rails have to provide for a 1/2 HP offset and shall be green in color. However, PICMG 2.11 defines in appendix B that the existing practice of using any color guide rail with (no offset) is also acceptable practice for the 38 pin in-rack power supply connector.picmg 2.0 refers in chapter to the rear I/O guide rails. Plastic UL 94-VO Optional CompactPCI Guide Rail Parts Description Qty. required for 1 Qty. Order No. CompactPCI module ESD clip, PCB 1 or ESD clip, front panel 1 or Earth/ground contact *Retention screw M3.5 x 10 for rear I/O guide rail with or without earth/ground contact Retention screw, optional Keying pegs, red 1 to Keying pegs, gray 1 to * For Torx T-10 compatible drive bits. CompactPCI Module Guide Rails Description Position Color Offset Retention ESD clip ESD clip Earth/GND* Keying* Qty req. Qty used for slot 1/2HP screw PCB front panel contact pegs for 1 cpci Order No. required available available available available module System Top/bottom Red No Optional Yes Yes - Yes Peripheral Top/bottom Gray No Optional Yes Yes - Yes Rear I/O Top Gray No *M3.5 x 10 Yes - Yes Yes Rear I/O Bottom Gray No *M3.5 x 10 Yes - Yes Yes PSU 38 pin Top/bottom Gray No Optional Yes Yes - Yes PSU 38 pin Top/bottom Green No Optional Yes Yes - Yes PSU 47 pin Top/bottom Green Yes Optional Yes Yes - Yes Note: For earth/ground contact, see page 11. For keying, see page 10 and page 63 of the CompactPCI catalog. * For Torx T-10 compatible drive bits. 57

46 For Rear cpci I/O Modules Ground Connections n The PICMG Telecom Interest Subcommittee (TISC) requested that IEEE provide a means for allowing the CompactPCI rear I/O module front panel to be at protective earth potential when fully inserted in the cpci system. Typically, rear I/O panels were of a single, monolithic rear panel design usually hard wired with an earth/ ground connection the chassis earth/ground. With the large number of 6U cpci backplane I/O pins, cpci rear I/O modules (managing rear I/O wiring/interfaces) are designed to the same modularity and fast interchangeability as the front mounted cpci active modules. Earthing/Grounding Connections Description Qty. Order No. Guide rail I/O - 80 mm top, gray Guide rail I/O - 80 mm bottom, gray Earth/ground contact and receptacle Retention screw Guide rail adapter for 160 mm Note: Typically the earth/ground contact is only necessary in the bottom position of the subrack/module. This requires one bottom guide I/O rail, one earth/ground contact and receptacle and one retention screw. The upper subrack/module position typically requires only one top I/O guide rail and one retention screw. The 160 mm guide rail adapter is only being used if earth/ground contact is required for system front mounted (160 mm deep) cpci modules. 58 If each individual rear I/O module would be earth/ground hard wired with a traditional earth/ground connection, there would be possibly no space available on the I/O module front panel, and in practice this would become an unmanageable situation. This is why PICMG - TISC required an alternative solution. IEEE defines in chapter 15 that the mechanical and electrical requirements for this type of pluggable earth/ground contact should be only one component towards providing earthing/grounding of a complete system. Separately, Kaparel/Rittal submitted their earth/ ground contact design (in accordance with IEEE ) to UL for UL 1950 recognition testing (30). The UL recognized test has been undertaken with a single earth/ground contact per rear I/O module only. If the earth/ground contact is present, the rear cpci I/O module front panel ESD clip mounted into the guide rail is not required. However, the PCB ESD clip in the guide rail may still be required to wipe the ESD of the I/O module PCB during insertion. The design of the 80 mm I/O guide rail permits the use of this earth/ ground feature as a 160 mm guide for front mounted cpci modules as well, simply connecting one left hand and one right hand 80 mm guide with a guide rail adapter. Configuration: cpci Specifications: PICMG 2.0 (3.6.1 a) Handle/PCB holders with earth/ground pin: zinc alloy die-casting, nickel plated (not part of the delivery) Earth/ground receptacle: zinc alloy die-casting, tin plated Earth/ground contact: beryllium copper, silver plated ssembly screw: M3.5 x 10 hardened steel, chromated Note: This screw has a Torx feature and requires a Torx T-10 compatible drive bit.

47 Reduce Unwanted Backplane Bow Backplane Stiffeners fully connector loaded 6U cpci module requires approximately 118 lbs./525n force to be inserted into a fully connector loaded cpci backplane. The safe mating area of the 2 mm cpci connector pin is as little as.078" (2.00 mm). t the same time, the module into subrack assembly permits only a maximum tolerance of plus/minus.035" (0.9 mm) and the backplane bow must be calculated within this plus/minus tolerance (see IEEE chapter 11, 8). This requires tremendous attention to mechanical detail and conformance to specification when designing a cpci system. While larger slot count cpci 6U backplanes may be rigid enough to counter the 118 lbs. force when injecting/extracting a cpci module from the system, certainly the lesser slot width 6U backplanes will bow, resulting in poor interconnection. For such situations Kaparel/Rittal has designed a backplane stiffener for its cpci backplane range. Tests have proven that the backplane flex can be reduced by as much as 70% (6U x 3 slot) on Kaparel/Rittal s 6U cpci backplanes at a backplane thickness of 0.14" (3.5 mm). This Kaparel/Rittal cpci backplane stiffener can be retrofitted to all Kaparel/Rittal cpci PS backplanes without any physical change to the backplane itself, permitting full use of the backplane front mounted and rear mounted cpci modules. Configuration: Backplane stiffener Backplane stiffener to backplane mounting screw - 5 pcs. Spacer - 1 piece (used for non-backplane through hole attachment) Spacer B - 1 piece (used for backplane through hole attachment) Extruded aluminum cpci 6U Backplane Stiffener Description Qty. Order No. Backplane stiffener kit - 6U

48 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Modular CompactPCI Backplanes Modular CompactPCI nd Switched Fabric Backplanes Compreh 60

49 CompactPCI ensive Solutions Comprehensive Solutions Backplanes Let Kaparel/Rittal Back You Up. s you can see, there is nothing conventional about Kaparel/Rittal. nd our backplanes are no exception. We offer a comprehensive family of modular CompactPCI 3U and 6U backplanes, with an added 1/2U for efficient power management. What s more, this unique range of backplanes includes 32-bit and 64-bit versions, family related and electronically matched bridges, cables, power supply backplanes and CompactPCI plus H.110 backplanes. It s exactly what you would expect from Kaparel/Rittal-the Original CompactPCI Packaging Company. Kaparel/Rittal Ripac CompactPCI Backplanes Technical Bridging Beyond Eight Slots U, 6.5U, and 7U Configurations CompactPCI, H.110, and Fabric Pinouts CompactPCI Choice of Backplanes Modular pplications Modular Series Combination Tables PS1300 3U Series PS1400 and PS1400B 6U Series PS4400 6U Compact PCI/H.110 Series PS4400B 6U CompactPCI/H.110 Series PS1410B and PS4410B 6U Backplanes Custom pplications PS4800 Series 2.17 Backplanes PS4900 Series 2.16 Backplanes Series PXI Backplanes CompactPCI Bridge Modules 3U and 6U Front Bridges PS111x and PS112x Rear Pallet Bridges PS1130 Rear Pallet Bridge bit Low Profile Bridges bit Low Profile Bridges PS1150 H.110 Bridges Powering CompactPCI 3U Power Supply Backplanes U x 8HP Power Supply Backplanes U x 16HP Power Supply Backplanes U Power Supplies U Power Supplies Power Entry Modules (PEMs) uxiliary Products System Management: larm Boards CompactPCI-SCSI HDD Modules

50 Overview Of Backplanes CompactPCI CompactPCI Backplanes CompactPCI Backplanes Switch Fabric Backplanes 3.5/6.5U, 2 8 slots Order No. see page 72 pplications Installation in CompactPCI computer systems for power and signal distribution for plug-in boards and assemblies, e.g. for Telecommunications utomation Design Features Fiberglass epoxy to DIN (type FR 4) 3.5U and 6.5U, 2-8 slots 32 bit/64 bit 8 layer multi-layer System slot on right Voltage supply via TX-compatible connectors 7U with H.110 Order No. see pages pplications Installation in CompactPCI computer systems for power and signal distribution for plug-in boards and assemblies, e.g. for Telecommunications Computer telephony utomation Design Features Fiberglass epoxy to DIN (type FR 4) 7U, 3-8 slots 32/64 bit (for CompactPCI) Including H.110 bus 8 layer multi-layer System slot on right Voltage supply via TX-compatible connectors 7U, Switch Fabric PICMG 2.16, PICMG 2.17 Order No. see pages pplications Installation in CompactPCI computer systems for power and signal distribution for plug-in boards and assemblies, e.g. for Telecommunications Computer telephony Design Features Fiberglass epoxy to DIN (type FR 4) 6U/7U, 8, 16, 21 slots 64 bit (for CompactPCI) Optionally including H.110 bus For plug-type cpci power supply units User Benefits High-speed backplane Extendible to a maximum of 21 slots via bridge modules Complies with PCI 2.1 and PICMG 2.0 (CompactPCI spec.) User Benefits High-speed backplane Including H.110 bus Extendible to a maximum of 21 slots via jumper modules Hot swap-compatible Conforms to PCI 2.1, PICMG 2.0 (CompactPCI Spec.), PICMG 2.1 (hot swap), PICMG 2.5 (CCI Computer Telephony) User Benefits High-speed backplane H.110 bus optional Up to 21 slots Hot swap-compatible Supports Ethernet Conforms to PCI 2.1, PICMG 2.0 (CompactPCI Spec.), PICMG 2.1 (hot swap), PICMG 2.5 (CCI Computer Telephony), PICMG

51 Overview Of Backplanes CompactPCI CompactPCI Bridge cpci Power Supply Backplane cpci Power Supply Backplane CompactPCI Bridge/Low Profile Bridge Order No. see page 83 pplications CompactPCI bridge to extend the bus by up to nx7 additional slots in each case. Connects the CompactPCI backplanes 3.5 and 6.5U and handles all communications between the individual bus segments. 3.5U, 16 HP Order No. see page 86 pplications Backplane to accommodate a maximum of two power supply units up to 250W in conjunction with CompactPCI backplane 3.5U and 6.5U. 6.5U, 8 and 16 HP Order No. see pages pplications Backplanes to accommodate a maximum of two power supply units up to 500W in conjunction with CompactPCI backplanes 3.5U, 6.5U and H.110. Design Features Fiberglass epoxy to DIN (type FR 4) May be connected to the rear of CompactPCI backplanes 64 bit DEC Low profile bridge for 32 and 64 bits Design Features Fiberglass epoxy to DIN (type FR 4) 3.5U, 16HP ccommodates a maximum of two power supply units (up to 250W) Voltage supply via TX-compatible connectors Design Features Fiberglass epoxy to DIN (type FR 4) 6.5U, 8 and 16HP ccommodates one or two power supply units (up to 500W) Voltage supply via TX-compatible connectors Low Profile Design User Benefits Bus extension by up to 7 additional slots Supports the 64 bit PCI bus Complies with PCI 2.1, CompactPCI 2.1 Low profile bridge without loss of slots User Benefits ccommodates a maximum of two power supply units (up to 250W) The second power supply unit can be used for redundancy or to increase the current Complies with PICMG 2.0, PICMG 2.11 User Benefits ccommodates one or two power supply units (up to 500W) Complies with PICMG 2.0, PICMG

52 General CompactPCI Backplane Information Bridging Beyond Eight Slots s a pioneer in CompactPCI Kaparel/Rittal was the first company to develop bridging techniques and take systems beyond 8 slots on a given bus segment, as defined in the PICMG 2.0 Specification. This restriction has been determined through extensive simulation and characterization and guarantees operation of PCI compliant ICs within a 33 MHz CompactPCI bus system. This slot count restriction can be overcome by using bridges. bridge is a device that connects to two buses and provides a bi-directional data path between them. Bridges can connect between two dissimilar buses (e.g. PCI to IS) or between buses of the same type (PCI to PCI). This following describes CompactPCI to CompactPCI bridges. (See Figure 1.) CompactPCI bridge attaches to two bus segments and connects them to create one single logical bus. The segment on which the system host controller resides is called the primary bus, and the other is the secondary bus. The bridge device acts as system host for the secondary bus segment. The bridge allows full addressing and communication access between devices on either segment. Bridges can be cascaded to create longer bus configurations. CompactPCI bridges used to extend beyond 8 slots can be divided into two categories: integrated and stand-alone. n integrated bridge is part of a specialized single board computer (SBC) board designed to host two bus segments. Several vendors offer these types of SBC boards. The two most common implementations are single-slot and dual-slot. (See Figure 2.) Single-slot dual-bus SBCs host their primary CompactPCI bus on connectors J1 and J2 and host the secondary, or bridged, segment on connectors J4 and J5 of the same slot. Specialized backplanes are required to support these boards, and the secondary bus segment will be limited to fewer than 8 slots to compensate for the non-standard bus routing to the host s J4 and J5 connectors. Simulation may be necessary. (See Figure 3.) Dual-slot dual-bus SBCs use two stacked boards to span across two adjacent backplane slots. These devices also require specialized backplane designs, but no special routing is required. Stand-alone bridges are not part of any SBC board. They are dedicated devices for extending CompactPCI buses beyond 8 slots. It is important to note that CompactPCI systems are limited to 8 slots including the bridge. Stand-alone bridges occupy one logical slot on each of the primary and secondary PCI segments, limiting the number of usable slots to 7 on each bus segment. Kaparel/Rittal offers stand-alone bridges in several styles as described below: Single-slot Front Bridges: Single-slot front bridges have a standard CompactPCI mechanical form factor. These bridges connect two segments vertically within a single CompactPCI slot. Specialized backplanes are required to support these bridges, and the secondary bus segment may be limited to fewer than 8 slots to compensate for the non-standard bus routing to the bridge s secondary bus connector. Kaparel/Rittal s line of single-slot front bridges includes the PS1100 and PS1101 6U and 3U 32-bit bridges connecting to a primary CompactPCI bus on connector J1 and a secondary CompactPCI bus on connector J2, and the PS1100 a 6U 64-bit bridge connecting to a primary CompactPCI bus on connector J1/J2 and a secondary CompactPCI bus on connector J4/J5. Order No. PS1100 PS1101 Dual-slot Rear Bridges: Rear-mount pallet bridges were developed by Kaparel/Rittal to allow multiple CompactPCI segments to be bridged without sacrificing valuable front slots. These bridges allow all available slots in a system to be used for CompactPCI host and peripheral boards. Description Front board 6U 32 bit CompactPCI bridge Front board 3U 32 bit CompactPCI bridge Figure 1 Figure 2 Figure 3 64

53 Backplane Solutions For CompactPCI pplications Bridging Beyond Eight Slots Rear low profile rear bridge <16mm Front modular backplane Pallet bridges attach to transition-style feed-through connectors on the rear of the backplane, and are oriented parallel to the backplane, spanning several slots. One advantage of pallet bridges is that they can be used to bridge between physically separate backplanes, allowing for a modular approach to CompactPCI system design. Kaparel/Rittal's family of pallet bridge products includes the PS1111 and PS bit bridges, PS1121 and PS bit bridges, and the PS1130 a 64-bit pallet bridge specially designed for use with Kaparel/Rittal s PS1300, PS1400 and PS4400 modular series of CompactPCI backplanes. Low Profile Rear Bridges: Pallet bridges offer several advantages over front slot bridges, but can interfere mechanically with rear transition boards in some systems. This interference can often be overcome by modifying the transition boards mechanical design, but for instances where this is impossible or undesirable Kaparel/Rittal developed a series of low-profile pallet bridges. These devices are attached to the rear of the backplane using dedicated high-density connectors, and are significantly smaller and shallower than other pallet bridges, eliminating interference with other devices. Kaparel/Rittal s low-profile bridge family consists of the PS1131 and PS1132, 32-bit and 64-bit bridges for systems with a left-side primary bus and right-side secondary bus, and the PS1133 and PS1134, 32-bit and 64-bit bridges for systems with a right-side primary bus and left-side secondary bus. Kaparel/Rittal s new PS1400B and PS4400B series of modular backplanes are designed for use with low-profile bridges. ll CompactPCI bridges used for extending systems beyond 8 slots will require backplanes specially designed for their use. ll of Kaparel/Rittal s bridges and bridgeable backplanes were designed in tandem to ensure full interoperability and reliable functionality. Switch Fabric Bridges: s the telecom industry moves to the new Switched Fabric architectures, it brings the promise of true high availability (H) and redundancy to system design. One of the limitations of current solutions is the fact that most still limit designers to a maximum of 2 system controllers which must reside in the same chassis. Switched Fabrics on the other hand, have relatively little restrictions on system architecture. The deployment of pure Switched Fabric systems in the industry is progressing and many of the specifications are still in the development state or have yet to be ratified as defacto standards. In order to keep time-to-market to a minimum the deployment of Switched Fabrics is being leveraged by using existing product offerings. This results in transitional systems where legacy CompactPCI components coexist with Switch Fabric components. Kaparel/Rittal has introduced methods of bridging legacy CompactPCI components into a Switch Fabric environment to the market including the first PICMG 2.16 Ethernet backplane as well as others like StarFabric and PLX Gigabridge. s an Executive Member of PICMG we constantly strive to offer products to the market utilizing the latest proven technologies to provide fast-to-market high availability and redundancy solutions. The Low Profile dvantage Total Profile <16 mm: Kaparel/Rittal s PS1131-PS1134 offer all the functionality of our regular profile rear pallet bridges, but with a total profile of <16 mm to the highest component, enabling the use of off-the-shelf rear transition modules, with full IEEE compliance. The StarFabric Developer logo is a registered trademark of the StarFabric Trade ssociation. ll rights reserved. 65

54 General CompactPCI Backplane Information 6U/6.5U/7U Configurations n 6U and 6.5U CompactPCI Backplanes: lthough listed as 6U ( mm), Kaparel/Rittal s PS1400 series modular backplanes (see page 73) are actually 6.5U ( mm) tall. This extra 0.5U allows for a better selection of reliable power connectors. Certain models of the power backplanes (see pages 88-91), which are perforated at the 6U mark, may be used in an exact 6U form factor, depending on the particular configuration. 7U CompactPCI/H.110 Backplanes: Kaparel/Rittal s PS4400 modular series CompactPCI/ H.110 backplanes (see pages 74-75) are 7U (304.8 mm) tall. s with the PS1400 series, the initial 0.5U (bringing the board to 6.5U) allows for a better selection of reliable power connectors. The second 0.5U (bringing the board to 7U) acts as an airflow baffle at the bottom of the subrack. This enables airflow up the entire length of the front modules, providing greater cooling capacity, and improved system performance. PS4400 Series Slot Pinouts: In all members of Kaparel/Rittal s CompactPCI/H.110 backplanes, the PS4400 series (see page 67), there are five different pinouts for CompactPCI bus connectors (see page 68 for H.110 pinouts). These five pinout designations correspond to different arrangements and applications of the 64-bit or 32-bit CompactPCI bus. ll PS4400 backplanes (and PS4461) use H2 (64-bit host), P2 (64-bit peripheral) and/or B2 (64-bit bridge/peripheral) pinouts. ll other backplanes use H1 (32-bit host) and P1 (32-bit peripheral) pinouts. Descriptions of the various designation types are listed below, as well as along side their respective pinout tables on the following pages (66-69). Slot Designations: CompactPCI Peripheral Slot (6U Slot): These are 64-bit peripheral slots. BD_SEL# and 64EN# are connected to GND. Pins labeled N/C are not connected to anything by the backplane* CompactPCI H.110 Slot (P4/J4): ll members of the PS4400 series support an H.110 Computer Telephony bus on J4 of all slots. This bus can be extended to up to 21 slots using various bridge modules (standard pallet or low profile). J5 is loaded with long-tail connectors for I/O on the rear of the backplane. CompactPCI Standard Fabric Slot (P3/P5): These slots support nineteen (19) link ports that are uniquely linked to/from each node slot. Fabric slots are intended to accept fabric boards. CompactPCI Extended Fabric Slot (P4): These slots support twenty-four (24) link ports that are uniquely linked to/from each node slot. Extended fabric slots are intended to accept fabric boards. Pin ssignments: t the connector level, pin columns are labeled left-to-right: Z,, B, C, D, E, F. Pin rows are labeled from the bottom up:1, 2, 3 etc., to 19 (J3), 22 (J2, J5), or 25 (J1, J4). Order No. Model No. Slot No PS4400 P2 P2 P2 P2 P2 P2 P2 H PS4401 P1 H PS4420 P2 P2 P2 B2 P2 P2 H PS4421 P1 H PS4430 P2 P2 P2 B2 P2 H PS4431 P1 H PS4440 P2 P2 P2 P2 H PS4441 P1 H PS4450 P2 P2 P2 H PS4460 P2 P2 H PS4462 P2 H2 H=host P=peripheral 1=32-bit 2=64-bit 66

55 General CompactPCI Backplane Information PS4400 Series CompactPCI Pinouts J2/P2 Row Column Z B C D E F 22 GND G4 G3 G2 G1 G0 GND 21 GND CLK6 GND N/C N/C N/C GND 20 GND CLK5 GND N/C GND N/C GND 19 GND GND GND N/C N/C SMB_LERT# GND 18 GND BRSVP218 BRSVP2B18 BRSVP2C18 GND BRSVP2E18 GND 17 GND BRSVP217 GND PRST# N/C N/C GND 16 GND BRSVP216 BRSVP2B16 DEG# (1) GND BRSVP2E16 GND 15 GND BRSVP215 GND FL# (1) N/C N/C GND 14 GND D[35] D[34] D[33] GND D[32] GND 13 GND D[38] GND VIO D[37] D[36] GND 12 GND D[42] D[41] D[40] GND D[39] GND 11 GND D[45] GND VIO D[44] D[43] GND 10 GND D[49] D[48] D[47] GND D[46] GND 9 GND D[52] GND VIO D[51] D[50] GND 8 GND D[56] D[55] D[54] GND D[53] GND 7 GND D[59] GND VIO D[58] D[57] GND 6 GND D[63] D[62] D[61] GND D[60] GND 5 GND C/BE[5]# GND VIO C/BE[4]# PR64 GND 4 GND VIO BRSVP2B4 C/BE[7]# GND C/BE[6]# GND 3 GND N/C GND N/C N/C N/C GND 2 GND N/C N/C GND GNT2# N/C GND 1 GND CLK1 GND REQ1# GNT1# REQ2# GND CompactPCI Host Slot P1 and P2 Pinout: These are 64-bit host slots. Host signals ( CLK[n], REQ#[n] and GNT#[n] ) are on J2. J1/P1 25 GND +5V REQ64# ENUM# +3.3V +5V GND 24 GND D[1] +5V VIO** D[0] CK64# GND 23 GND +3.3V D[4] D[3] +5V** D[2] GND 22 GND D[7] GND +3.3V** D[6] D[5] GND 21 GND +3.3V D[9] D[8] M66EN C/BE[0]# GND 20 GND D[12] GND VIO D[11] D[10] GND 19 GND +3.3V D[15] D[14] GND** D[13] GND 18 GND SERR# GND +3.3V PR C/BE[1]# GND 17 GND +3.3V IPMB_SCL IPMB_SD GND** PERR# GND 16 GND DEVSEL# GND VIO STOP# LOCK# GND 15 GND +3.3V FRME# IRDY# GND* TRDY# GND KEY GND D[18] D[17] D[16] GND** C/BE[2]# GND 10 GND D[21] GND +3.3V D[20] D[19] GND 9 GND C/BE[3]# GND* D[23] GND** D[22] GND 8 GND D[26] GND VIO D[25] D[24] GND 7 GND D[30] D[29] D[28] GND** D[27] GND 6 GND REQ0# PCI_PRESENT# +3.3V CLK0 D[31] GND 5 GND BRSVP15 BRSVP1B5 RST# GND** GNT0# GND 4 GND IPMB_PWR HELTHY# VIO INTP INTS GND 3 GND INT# INTB# INTC# +5V** INTD# GND 2 GND TCK +5V TMS N/C N/C GND 1 GND +5V -12V TRST# +12V +5V GND NB- Rear tail length of pins dependent upon slot configuration. Please see PICMG 2.5, or cpci@kaparel.com for details. Table Legend: short pins medium pins long pins 67

56 General CompactPCI Backplane Information PS4400 Series CompactPCI Pinouts J2/P2 Row Column Z (14) B C D E F (9) 22 GND G4 (13) G3 (13) G2 (13) G1 (13) G0 GND 21 GND RSV RSV RSV RSV RSV GND 20 GND RSV RSV RSV GND RSV GND 19 GND RSV RSV RSV RSV RSV GND 18 GND BRSVP218 BRSVP2B18 BRSVP2C18 GND BRSVP2E18 GND 17 GND BRSVP217 GND RSV RSV RSV GND 16 GND BRSVP216 BRSVP2B16 RSV GND BRSVP2E16 GND 15 GND BRSVP215 GND RSV RSV RSV GND 14 GND D[35] D[34] D[33] GND D[32] GND 13 GND D[38] GND V(I/O) (2) D[37] D[36] GND 12 GND D[42] D[41] D[40] GND D[39] GND 11 GND D[45] GND V(I/O) (2) D[44] D[43] GND 10 GND D[49] D[48] D[47] GND D[46] GND 9 GND D[52] GND V(I/O) (2) D[51] D[50] GND 8 GND D[56] D[55] D[54] GND D[53] GND 7 GND D[59] GND V(I/O) (2) D[58] D[57] GND 6 GND D[63] D[62] D[61] GND D[60] GND 5 GND C/BE[5]# GND V(I/O) (2) C/BE[4]# PR64 GND 4 GND V(I/O) (2) BRSVP2B4 C/BE[7]# GND C/BE[6]# GND 3 (3) GND RSV GND RSV RSV RSV GND 2 (3) GND RSV RSV UNC (4) RSV RSV GND 1 (3) GND RSV GND RSV RSV RSV GND CompactPCI Peripheral Slot P1 and P2 Pinout: These are 64-bit peripheral slots. BD_SEL# and 64EN# are connected to GND. J1/P1 25 GND 5V REQ64# ENUM# 3.3V 5V GND 24 GND D[1] 5V V(I/O) (2)1 D[0] CK64# GND 23 GND 3.3V D[4] D[3] 5V D[2] GND 22 GND D[7] GND 3.3V D[6] D[5] GND 21 GND 3.3V D[9] D[8] M66EN (6) C/BE[0]# GND 20 GND D[12] GND V(I/O) (2) D[11] D[10] GND 19 GND 3.3V D[15] D[14] GND D[13] GND 18 GND SERR# GND 3.3V PR C/BE[1]# GND 17 GND 3.3V IPMB_SCL IPMB_SD GND PERR# GND 16 GND DEVSEL# GND V(I/O) (2) STOP# LOCK# GND 15 GND 3.3V FRME# IRDY# BD_SEL# (7) TRDY# GND KEY GND D[18] D[17] D[16] GND C/BE[2]# GND 10 GND D[21] GND 3.3V D[20] D[19] GND 9 GND C/BE[3]# IDSEL (7) D[23] GND D[22] GND 8 GND D[26] GND V(I/O) (2) D[25] D[24] GND 7 GND D[30] D[29] D[28] GND D[27] GND 6 GND REQ# GND 3.3V CLK D[31] GND 5 GND BRSVP15 BRSVP1B5 RST# GND GNT# GND 4 GND IPMB_PWR HELTHY# (18) V(I/O) (2) INTP INTS GND 3 GND INT# INTB# INTC# 5V INTD# GND 2 GND TCK (15) 5V TMS (15) TDO (15) TD (15) GND 1 GND 5V -12V TRST# (15) +12V 5V GND NB- Rear tail length of pins dependent upon slot configuration please see PICMG 2.5, or cpci@kaparel.com for details. Table Legend: short pins medium pins long pins J4/P4 Row Column Z B C D E F 25 GND SG4 SG3 SG2 SG1 SG0 GND 24 GND G4 G3 G2** G1 G0 GND 23 GND +12V CT_RESET# (4) CT_EN# -12V** CT_MC GND 22 GND PFS0# (3) N/C N/C** N/C RSVD GND 21 GND -SELVbat PFS1# (3) N/C N/C SELVbatRtn GND 20 GND NP (1) NP (1) NP (1) NP (1) NP (1) GND 19 GND NP (1) NP (1) NP (1) NP (1)** NP (1) GND 18 GND VRG (3) NP (1) NP (1) NP (1) VRGRtn GND 17 GND NP (1) NP (1) NP (1) NP (1)** NP (1) GND 16 GND NP (1) NP (1) NP (1) NP (1) NP (1) GND 15 GND -Vbat NP (1) NP (1) NP (1)* VbatRtn GND KEY GND CT_D29 CT_D30 CT_D31 V(I/O)** CT_FRME_# GND 10 GND CT_D V CT_D28 +5V CT_FRME_B# GND 9 GND CT_D24 CT_D25* CT_D26 GND** FR_COMP# GND 8 GND CT_D21 CT_D22 CT_D23 +5V CT_C8_ GND 7 GND CT_D19 +5V CT_D20 GND** CT_C8_B GND 6 GND CT_D16 CT_D17 CT_D18 GND CT_NETREF_1 GND 5 GND CT_D13 CT_D14 CT_D V** CT_NETREF_2 GND 4 GND CT_D11 +5V CT_D V SCLK GND 3 GND CT_D8 CT_D9 CT_D10 GND** SCLK-D GND 2 GND CT_D4 CT_D5 CT_D6 CT_D7 GND GND 1 GND CT_D0 +3.3V CT_D1 CT_D2 CT_D3 GND CompactPCI H.110 (P4) Pinout: ll members of the PS4400 series support an H.110 Computer Telephony bus on J4 of all slots. This bus can be extended to up to 21 slots using various bridge modules (standard pallet or low profile). J5 is loaded with long-tail connectors for I/O on the rear of the backplane. 68

57 General CompactPCI Backplane Information PS4900 Series CompactPCI Pinouts J5/P5 Row Column Z B C D E F 22 GND LP19_D+ LP19_D- GND LP19_DC+ LP19_DC- GND 21 GND LP19_DB+ LP19_DB- GND LP19_DD+ LP19_DD- GND 20 GND LP18_D+ LP18_D- GND LP18_DC+ LP18_DC- GND 19 GND LP18_DB+ LP18_DB- GND LP18_DD+ LP18_DD- GND 18 GND LP17_D+ LP17_D- GND LP17_DC+ LP17_DC- GND 17 GND LP17_DB+ LP17_DB- GND LP17_DD+ LP17_DD- GND 16 GND LP16_D+ LP16_D- GND LP16_DC+ LP16_DC- GND 15 GND LP16_DB+ LP16_DB- GND LP16_DD+ LP16_DD- GND 14 GND LP15_D+ LP15_D- GND LP15_DC+ LP15_DC- GND 13 GND LP15_DB+ LP15_DB- GND LP15_DD+ LP15_DD- GND 12 GND LP14_D+ LP14_D- GND LP14_DC+ LP14_DC- GND 11 GND LP14_DB+ LP14_DB- GND LP14_DD+ LP14_DD- GND 10 GND LP13_D+ LP13_D- GND LP13_DC+ LP13_DC- GND 9 GND LP13_DB+ LP13_DB- GND LP13_DD+ LP13_DD- GND 8 GND LP12_D+ LP12_D- GND LP12_DC+ LP12_DC- GND 7 GND LP12_DB+ LP12_DB- GND LP12_DD+ LP12_DD- GND 6 GND LP11_D+ LP11_D- GND LP11_DC+ LP11_DC- GND 5 GND LP11_DB+ LP11_DB- GND LP11_DD+ LP11_DD- GND 4 GND LP10_D+ LP10_D- GND LP10_DC+ LP10_DC- GND 3 GND LP10_DB+ LP10_DB- GND LP10_DD+ LP10_DD- GND 2 GND LP9_D+ LP9_D- GND LP9_DC+ LP9_DC- GND 1 GND LP9_DB+ LP9_DB- GND LP9_DD+ LP9_DD- GND CompactPCI Standard Fabric Slot (P3/P5) Pinout: These slots support nineteen (19) link ports that are uniquely linked to/from each node slot. Fabric slots are intended to accept fabric boards. J3/P3 19 GND SG4 SG3 SG2 SG1 SG0 GND 18 GND LPf_D+ LPf_D- GND LPf_DC+ LPf_DC- GND 17 GND LPf_DB+ LPf_DB- GND LPf_DD+ LPf_DD- GND 16 GND LP8_D+ LP8_D- GND LP8_DC+ LP8_DC- GND 15 GND LP8_DB+ LP8_DB- GND LP8_DD+ LP8_DD- GND 14 GND LP7_D+ LP7_D- GND LP7_DC+ LP7_DC- GND 13 GND LP7_DB+ LP7_DB- GND LP7_DD+ LP7_DD- GND 12 GND LP6_D+ LP6_D- GND LP6_DC+ LP6_DC- GND 11 GND LP6_DB+ LP6_DB- GND LP6_DD+ LP6_DD- GND 10 GND LP5_D+ LP5_D- GND LP5_DC+ LP5_DC- GND 9 GND LP5_DB+ LP5_DB- GND LP5_DD+ LP5_DD- GND 8 GND LP4_D+ LP4_D- GND LP4_DC+ LP4_DC- GND 7 GND LP4_DB+ LP4_DB- GND LP4_DD+ LP4_DD- GND 6 GND LP3_D+ LP3_D- GND LP3_DC+ LP3_DC- GND 5 GND LP3_DB+ LP3_DB- GND LP3_DD+ LP3_DD- GND 4 GND LP2_D+ LP2_D- GND LP2_DC+ LP2_DC- GND 3 GND LP2_DB+ LP2_DB- GND LP2_DD+ LP2_DD- GND 2 GND LP1_D+ LP1_D- GND LP1_DC+ LP1_DC- GND 1 GND LP1_DB+ LP1_DB- GND LP1_DD+ LP1_DD- GND NB- Rear tail length of pins dependent upon slot configuration please see PICMG 2.5, or cpci@kaparel.com for details. Table Legend: short pins medium pins long pins J3/P3 Row Column Z B C D E F 25 GND LP20_D+ LP20_D- GND LP20_DC+ LP20_DC- GND 24 GND LP20_DB+ LP20_DB- GND LP20_DD+ LP20_DD- GND 23 GND LP21_D+ LP21_D- GND LP21_DC+ LP21_DC- GND 22 GND LP21_DB+ LP21_DB- GND LP21_DD+ LP21_DD- GND 21 GND LP22_D+ LP22_D- GND LP22_DC+ LP22_DC- GND 20 GND LP22_DB+ LP22_DB- GND LP22_DD+ LP22_DD- GND 19 GND LP23_D+ LP23_D- GND LP23_DC+ LP23_DC- GND 18 GND LP23_DB+ LP23_DB- GND LP23_DD+ LP23_DD- GND 17 GND LP24_DB+ LP24_DB- GND LP24_DC+ LP24_DC- GND 16 GND LP24_D+ LP24_D- GND LP24_DD+ LP24_DD- GND 15 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND KEY GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 10 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 9 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 8 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 7 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 6 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 5 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 4 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 3 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 2 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND 1 GND BP(I/O) BP(I/O) BP(I/O) BP(I/O) BP(I/O) GND CompactPCI Extended Fabric Slot (P4) Pinout: These slots support twenty-four (24) link ports that are uniquely linked to/from each node slot. Fabric slots are intended to accept fabric boards. 69

58 General CompactPCI Backplane Information Modular pplications Kaparel/Rittal s Modular Backplanes: Kaparel/Rittal has designed five series of modular backplanes that enable backplane designs to be expanded past the 8-slot CompactPCI and 21-slot H.110 limits: PS1300 Series 3U, 32/64-bit, 2-8 slots PS1400 Series 6U, 32/64-bit, 2-8 slots, Rear Board I/O PS1400B Series same as PS1400 series, but with low profile CompactPCI bridges PS4400 Series 7U, 32/64-bit, 2-8 cpci slots, 2-8 H.110 slots, Rear Board I/O PS4400B Series same as PS4400 series, but with low profile CompactPCI bridges To save valuable front slot space, Kaparel/Rittal has designed back pallet bridges for the PS1400 and PS4400 Series.These bridge modules are connected parallel to the rear of the backplanes. Most Kaparel/Rittal backplanes are designed to expand the CompactPCI bus from right to left. This enables 8HP host modules to overhang the backplane and save a valuable CompactPCI slot. ll Kaparel/Rittal modular backplanes have one or more TX connectors providing power to the backplanes, 70 with all Kaparel/Rittal power supply backplanes having the option of TX output (see pages 88-91). The pinout of the TX connector has been improved to provide current sensing for +3.3VDC power output while maintaining backwards compatibility with PC-TX power supplies. pplications: The modular series of backplanes are excellent for use in low volume applications (under 100 per year) or in situations that require many different system configurations. These applications can be found in industrial automation, software or hardware development systems. They can also be used in specialized telecommunication, data communication and telephony applications. Multiple Backplane Configuration: Most of Kaparel/Rittal s modular series backplanes can be bridged together to increase slot count beyond the 8 slots available on any one backplane. Both the CompactPCI bus and the H.110 bus can be bridged, using the PS1130 (see page 83) CompactPCI bridge module and the PS1150 (see page 85) H.110 bridge module. Left or Right Host: In Kaparel/Rittal s current modular configurations the host PCI slot is on the far right side of the backplane (if viewed from the front of the backplane), with the the middle and end segments located adjacent to this. The positioning of the host slot ensures that 2 slot wide (or more) host boards will not overhang peripheral CompactPCI slots, rendering them unusable. Kaparel/Rittal does, however, offer far left host slots in the form of the PS1405. No Lost Slot Width: lso with modular configurations, backplanes are butted tightly (1 mm of space) together when using multiple backplanes. This results in no lost slot width: 21 electrical slots would use 21 physical slot widths.

59 General CompactPCI Backplane Information Modular Series Combination Tables 3U: PS1300 Series CompactPCI Backplanes PS1320 CompactPCI backplane (beginning segment) PS1330 CompactPCI backplane (end segment) PS1221 power supply backplane Slots Configuration Backplanes required Bridges required Model No. required 2 2 slot backplane PS1361 None 3 3 slot backplane PS1360 None 4 4 slot backplane PS1350 None 5 5 slot backplane PS1340 None 6 6 slot backplane PS1330 None 7 7 slot backplane PS1320 None 8 8 slot backplane PS1300 None slots PS1330+PS or 6+4 slots PS1320+PS1360 or PS1330+PS or 6+5 slots PS1320+PS1350 or PS1330+PS or 7+5 slots 2X PS1330 or PS1320+PS slots PS1320+PS slots 2X PS slots 2X PS PS slots 2X PS PS slots 2X PS PS slots 3X PS slots PS X PS slots 2X PS PS slots 3X PS PS slots 3X PS1330+ PS slots 3X PS1330+ PS slots 4X PS slots 3X PS1430+ PS U: PS1400 Series CompactPCI Backplanes 6U: PS4400 Series CompactPCI Backplanes PS1420B CompactPCI backplane (end segment) PS4422B cpci/h.110 backplane (beginning alone segment) PS1420B CompactPCI backplane (stand alone segment) PS1260 power supply backplane PS4422B cpci/h.110 backplane (beginning alone segment) PS1260 power supply backplane Slots Configuration Backplanes required Bridges required Model No. required 2 2 slot backplane PS1461 None 3 3 slot backplane PS1460 None 4 4 slot backplane PS1450 None 5 5 slot backplane PS1440 None 6 6 slot backplane PS1430 None 7 7 slot backplane PS1420 None 8 8 slot backplane PS1400 (right host slot) or PS1405 & PS1406 for left None slots PS1430+PS or 6+4 slots PS1420+PS1460 or PS1430+PS or 6+5 slots PS1420+PS1450 or PS1430+PS or 7+5 slots 2X PS1430 or PS1420+PS slots PS1420+PS slots 2X PS slots 2X PS PS slots 2X PS PS slots 2X PS PS slots 3X PS slots PS X PS slots 2X PS PS slots 3X PS PS slots 3X PS1430+ PS slots 3X PS1430+ PS slots 4X PS slots 3X PS1430+ PS Slots Configuration Backplanes required Bridges required Model No. required 3 3-slot backplane PS4460B None 4 4-slot backplane PS4450B None 5 5-slot backplane PS4440B None 6 6-slot backplane PS4430B None 7 7-slot backplane PS4420B None 8 8-slot backplane PS4400B (right host slot) or PS4407B for left None slots PS4432B + PS4460B or 6+4 slots PS4432B + PS4460B or PS4430B 1 + PS4450B or 6+5 slots PS4432B + PS4450B or PS4430B 1 + PS4440B or 7+5 slots 2X PS4432B or PS4420B + PS4440B slots PS4432B + PS4430B slots 2X PS4420B slots 2X PS4432B + PS4460B slots 2X PS4432B + PS4450B slots 2X PS4432B + PS4440B slots 3X PS4432B slots PS4432B + 2X PS4430B slots 2X PS4432B + PS4430B slots 3X PS4432B + PS4460B 3 71

60 Ordering CompactPCI Backplanes PS1300 Modular Series For 3U CompactPCI Boards Power Inputs PS1300: 8 slot, 3.5U, 64-bit **Width throughout modular series is 4HP per slot (see configuration chart). PS1300(Front) General Description: The PS1300 series of 3.5U 64/32-bit backplane components allows the construction of CompactPCI systems with any number of slots. Each backplane in the family contains between 2 and 8 slots, and can operate in stand-alone mode with a host CPU board and power supply. Multiple backplanes can be linked together using rear-mounting CompactPCI bridge modules (PS1130). In this case, only the rightmost backplane operates with a host CPU board in the system slot. bridge module drives the bus of the adjacent backplane, which does not contain a host CPU module. Features: ny slot count is achieved by connecting backplanes with bridge modules (PS1130) 2 to 8, 3U single wide (4HP) CompactPCI slots +5 V, 33 MHz PCI bus interface 32-bit or 64-bit buses available PICMG 2.0 R2.1 CompactPCI and pre-2.1 compatible User-definable geographic address for each physical slot PICMG 2.1 R1.0 CompactPCI Hot Swap Specification compliant TX-compliant power connectors Power Inputs: Each of the PS1300 Series has at least 1 TX header, providing power and measuring voltages on the backplane. The TX connector can be found on newer PC motherboards and power supplies. The backplanes may either be used with a standard PC TX supply or they may be used with the modular series of power backplanes. Specifications Electrical: PCI Local Bus Specification Rev 2.1 PICMG 2.0 R2.1 cpci Specification PICMG 2.1 R1.0 cpci Hotswap Specification Mechanical: IEEE IEEE Mechanical: The PS1300 backplanes are 8-layer PCBs which are 3.5U (150.9 mm) tall and 0.125" thick (see configuration chart for widths). Two layers are dedicated as ground layers. The backplanes are attached to the subrack using a series of screws along the top and bottom edges of the backplanes. pproximately every other mounting hole along the top and bottom is connected to digital ground. These holes provide a return to the subrack from the digital PCI ground planes, and are identified by a ground symbol on the rear of the backplane. In situations where connecting digital ground to the subrack is not desired, the grounded mounting screws can be left uninstalled. On all backplanes, the mounting holes in the four corners of the board are not grounded, so these screws may always be installed. Order No. Model No. Related products PS1130 Right rear pallet bridge module (see page 83) PS1241 Power supply backplane (see page 87) PS1250 Power supply backplane (see page 87) PS1260 Power supply backplane (see page 87) PS1600 Cable assembly (see page 87) Order Model Slot Bus Physical TX Pwr. Slot Geographic Hot No. No. count width width conn. expansion addressing swap PS1300* 8 64-bit 32HP 3 S PS bit 32HP 3 S N PS1315B** 8 true 32-bit 32HP 3 S N PS bit 28HP 2 SBE PS bit 28HP 2 SBE PS1322B 7 true 32-bit 28HP 2 SBE PS bit 24HP 2 SBME PS bit 24HP 2 SBME PS bit 20HP 2 SBE PS bit 20HP 2 SBE PS bit 16HP 1 SBE PS bit 16HP 1 SBE PS bit 12HP 1 SBE PS bit 12HP 1 SBE PS bit 12HP 1 SBE Legend S=Stand alone B=Beginning segment M=Middle segment E=Ending segment 1 HP=0.200" (4HP = 1 single slot width) N=Not pplicable *These backplanes require the PS1140 diode termination module. **These backplanes feature true 32-bit user I/O on the J2 slot, meaning J2 peripheral slots are passthrough only. 72

61 Ordering CompactPCI Backplanes PS1400 nd PS1400B Modular Series For 6U CompactPCI Boards ** General Description: The PS1400 Series of 6U 64/32-bit backplane components allows the construction of CompactPCI systems with any number of slots. Each backplane contains between 2 and 8 slots, and can operate in stand-alone mode with a host CPU board and power supply. Multiple backplanes can be linked together using rear-mounting CompactPCI bridge modules (PS1130). In this case, only the rightmost backplane operates with a host CPU board in the system slot. bridge module drives the bus of the adjacent backplane, which does not contain a host CPU module. The rightmost slot becomes available for a standard CompactPCI peripheral board. That backplane can, in turn, drive a third backplane via a second bridge module and so on. Power is supplied to the system through TX-compliant connectors. Standard TX power supplies or CompactPCI power supplies mounted in Kaparel/Rittal modular power supply backplanes may be used. The PS1400B series has the same configuration as the PS1400 series, but uses Kaparel/Rittal s low profile bridges. Features: ny slot count is achieved by connecting backplanes with bridge modules (PS1130) 2 to 8, 6U single wide (4HP) cpci slots +5 V, 33 MHz PCI bus interface 32-bit or 64-bit busses available User-definable geographic address for each physical slot PICMG 2.0 R2.1 CompactPCI and pre-2.1 compatible PICMG 2.1 R1.0 CompactPCI Hotswap specification compliant TX-compliant power connectors (except PS1475) Host slot on right, except PS14x5 (left host) Selectable VI/O (on PS1400B series only). Power Inputs: Each of the PS1400 Series has at least 1 TX header for providing power and measuring voltages on the backplane. The TX connector can be found on newer PC motherboards and power supplies. The backplanes may either be used with a standard PC TX supply or they may be used with Kaparel/Rittal s modular series of power backplanes. Specifications: Electrical: PCI Local Bus Specification Rev 2.1 PICMG 2.0 R2.1 cpci Specification PICMG 2.1 R1.0 cpci Hotswap Specification Mechanical: IEEE IEEE Mechanical: The PS1400 Series backplanes are 8-layer PCBs which are 6.5U (284.3 mm) tall, 0.125" thick (see configuration table for physical widths). Two layers are dedicated ground layers. The backplanes are attached to the subrack using a series of screws PS1400: 8 slot, 6.5U, 64-bit **Width throughout modular series is 4HP per slot (see configuration chart). along the top and bottom edges of the backplanes. pproximately every third mounting hole along the top and bottom is connected to digital ground. These holes provide a return to the subrack from the digital PCI ground planes, identified by a ground symbol on the rear of the backplane. In situations where connecting digital ground to the subrack is not desired, the grounded mounting screws can be left uninstalled. On all backplanes, the mounting holes in the four corners of the board are not grounded, so these screws may always be installed. Order No. Model No. Related products PS1130 Right rear pallet bridge module (see page 83) PS1241 Power supply backplane (see page 87) PS1250 Power supply backplane (see page 87) PS1260 Power supply backplane (see page 87) PS1600 Cable assembly (see page 87) Order Model Slot Bus Physical TX Pwr. Rear I/O Slot Geographic Hot 66MHz No. No. count width width conn. (P3-P5) expansion addressing swap PS bit 32HP 3 J3, J4, J5 S PS bit 32HP 3 N S PS bit 32HP 3 J3, J4, J5 S PS1420B 7 64-bit 28HP 2 J3, J4, J5 SBE PS bit 28HP 2 N SBE PS1430B 6 64-bit 24HP 2 J3, J4, J5 SBME PS bit 24HP 2 N SBME PS bit 20HP 2 J3, J4, J5 SBE PS bit 20HP 2 N SBE PS bit 16HP 1 J3, J4, J5 SBE PS bit 16HP 1 N SBE PS bit 16HP 1 J3, J4, J5 SBE PS1460B 3 64-bit 12HP 1 J3, J4, J5 SBE PS bit 12HP 1 J3, J4, J5 SBE PS bit 12HP 1 N SBE Legend- S=Stand alone B=Beginning segment M=Middle segment E=Ending segment 1 HP=0.200" (4HP = 1 single slot width) N= Not pplicable; denotes left host 73

62 PS4400 Modular Series Backplanes For 6U CompactPCI Boards With H.110 For Pallet Bridge PS4402B PS4422B PS4432 PS4440 PS4450B PS4400 Series Overview: General Description: The PS4400 series of 6.5U (for use with 6U boards) 64/32-bit backplane components allows the construction (up to 21 slots) of CompactPCI systems with H.110 compatible slots. Each backplane module contains 2 to 8 slots, and can operate in stand-alone mode with a host CPU board and power supply. Multiple backplanes can be linked together using rear-mounting CompactPCI bridge modules (PS1130) and H.110 bridge modules (PS1150). When CompactPCI bridges are used, only the rightmost backplane operates with a host CPU board in the system slot. bridge module drives the bus of the adjacent backplane, which does not contain a host CPU module. The rightmost slot becomes available for a standard CompactPCI peripheral board. That backplane can, in turn, drive a third backplane via a second bridge module and so on. The H.110 bridge module performs the same function for the H.110 bus segment. Power is supplied to the system through TX-compliant connectors. CompactPCI power supplies mounted in Kaparel/Rittal s PS1240/50/60 modular power series backplanes, or TX power supplies may be used. Features: ny slot count is achieved by connecting backplanes with bridge modules (PS1130, PS1150) 2 to 8, 6U single wide (4HP) CompactPCI slots +5 V, 33 PCI MHz bus interface 32-bit or 64-bit busses available H.110 bus available on J4 of all slots PICMG 2.0 R2.1 CompactPCI and pre-2.1 compatible User-definable geographic address for each physical slot PICMG 2.1 R1.0 CompactPCI Hot Swap Specification compliant TX-compliant power connectors Rear Board I/O: dditional connectors have been loaded for some members of the PS4400 series to provide rear I/O capability. On the PS44X0 backplanes, J3 has contacts that extend through the backplane for user I/O. J3 is not routed, except for the pins in rows Z and F which are grounded. Mechanical: The backplanes are 8-layer PCBs which are 6.5U tall (for use with 6U boards), 0.125" thick (see the configuration table for widths). Two layers have been dedicated as ground layers. The backplanes are attached to the subrack using a series of screws along the top and bottom edges of the backplanes. pproximately every other mounting hole along the top and bottom is connected to digital ground. These holes provide a return to the subrack from the digital PCI ground planes. They are identified by a ground symbol on the rear of the backplane. In situations when connecting digital ground to the subrack is not desired, the grounded mounting screws can be left uninstalled. On all backplanes, the mounting holes in the four corners of the board are not not grounded, so these screws may always be installed. CompactPCI Bridging: The PS1130 CompactPCI bridge module is used to extend the CompactPCI bus beyond the 8 slots available on any one backplane. Multiple PS1130 bridges may be used to create systems of any slot count up to a maximum of 21, as specified by the PICMG specification. Where low profile bridging is required (due to rear transition boards), the PS4400B series backplanes should be used. H.110 Bus: On all PS4400 backplanes, the H.110 bus is available on J4. J5 has contacts that extend through the backplane to interface with a rear board. None of the pins of J5 are connected on the backplane except for the pins in row F which are grounded. H.110 Bridging: The PS1150 H.110 bridge module is used to extend the H.110 bus beyond the 8 slots available on any one backplane. Multiple PS1150 bridges may be used to create systems of any slot count up to a maximum of 21, as specified by the H.110 standard. Order Model Physical cpci H.110 PCI TX pwr. User cpci H.110 No. No. width slots slots bus conn. I/O slot exp. slot exp PS HP bit 3 Yes S SBME PS HP bit 3 Yes S SB PS HP bit 3 Yes S SB PS HP bit 2 Yes SBE SBME PS HP bit 2 Yes SB SB PS HP bit 2 Yes SBME SBME PS HP bit 2 Yes SBE SB PS HP bit 2 Yes SBE SBME PS HP bit 1 Yes SBE SBME PS HP bit 1 Yes SE SE Legend: S=Stand alone; B=Beginning segment; M=Middle segment; E=Ending segment; 1 HP=0.200" [4HP = 1 single slot width] 74

63 PS4400B Modular Series Backplanes For 6U Boards With H1.110 For Low Profile Bridge PS4400 Series Overview: General Description: The PS4400B series of 7U (for use with 6U boards) 64/32-bit backplanes are physically quite similar to the PS4400 series, with the exception of fine-pitch bridge connectors on the rear side to enable low profile, CompactPCI and H.110 bridging. The PS4400B series therefore allows the construction (up to 21 slots) of CompactPCI systems with H.110 compatible slots. Each backplane module contains between 2 and 8 slots, and can operate in stand-alone mode with a host CPU board and power supply. Multiple backplanes can be linked together using rear-mounting, low profile, CompactPCI bridge modules (PS1132 and PS1133) and H.110 bridge modules (PS1150). When CompactPCI bridges are used, only the rightmost backplane operates with a host CPU board in the system slot. bridge module drives the bus of the adjacent backplane, which does not contain a host CPU module. The rightmost slot becomes available for a standard CompactPCI peripheral board. That backplane can, in turn, drive a third backplane via a second bridge module and so on. The H.110 bridge module performs the same function for the H.110 bus segment. Power is supplied to the system through TX-compliant connectors. CompactPCI power supplies mounted in Kaparel/Rittal s PS1240/50/60 modular power series backplanes, or TX power supplies may be used. Features: ny slot count is achieved by connecting backplanes with low profile, CompactPCI and H.110 bridge modules (PS1132, PS1133 and PS1150) 2 to 8, 6U single wide (4HP) CompactPCI slots +5 V, 33 PCI MHz bus interface 32-bit or 64-bit busses available H.110 bus available on J4 of all slots PICMG 2.0 R2.1 CompactPCI and pre-2.1 compatible User-definable geographic address for each physical slot PICMG 2.1 R1.0 CompactPCI Hot Swap Specification compliant TX-compliant power connectors Rear Board I/O: dditional connectors have been loaded for some members of the PS4400 series to provide rear I/O capability. On the PS44X0 backplanes, J3 has contacts that extend through the backplane for user I/O. J3 is not routed, except for the pins in rows Z and F which are grounded. lthough different from the PS4400 series, the PS4400B series use of low profile, CompactPCI bridges enables all rear slots to be used, as per the IEEE specification concerning RTMs. Order Model Physical cpci H.110 PCI TX pwr. User cpci H.110 No. No. width slots slots bus conn. I/O slot exp. slot exp PS4402B 32 HP bit 3 P3 S SB PS4407B 32 HP bit 3 P3 S SB PS4420B 28 HP bit 2 P3 SBE SBME PS4422B 28 HP bit 2 P3 SBE SB PS4430B 24 HP bit 2 P3 SBME SBME PS4432B 24 HP bit 2 P3 SB SB PS4440B 20 HP bit 2 P3 SE SBME PS4442B 20 HP bit 2 P3 S SB PS4450B 16 HP bit 1 P3 SE SBME PS4452B 16 HP bit 1 P3 S SB PS4460B 12 HP bit 1 P3 SE SE PS4462B 12 HP bit 1 P3 S S Legend: S=Stand alone; B=Beginning segment; M=Middle segment; E=Ending segment; 1 HP=0.200" [4HP = 1 single slot width] Low Profile CompactPCI Bridging: The PS1132 and PS1133 low profile CompactPCI bridge modules are used to extend the CompactPCI bus beyond the 8 slots available on any one backplane, without losing a single rear slot. Multiple PS1132 and PS1133 bridges may be used to create systems of any slot count up to a maximum of 21, as specified by the PICMG specification. H.110 Bus: On all PS4400B backplanes, the H.110 bus is available on J4. J5 has contacts that extend through the backplane to interface with a rear board. None of the pins of J5 are connected on the backplane except for the pins in row F which are grounded. H.110 Bridging: The PS1150 H.110 bridge module is used to extend the H.110 bus beyond the 8 slots available on any one <16mm PS1131 backplane. Multiple PS1150 bridges may be used to create systems of any slot count up to a maximum of 21, as specified by the H.110 standard. The PS1150 is also a low profile bridge module and therefore does not interfere with rear transition modules. Rear Front Modular backplane 75

64 StarFabric Backplanes PS4800 StarFabric Backplanes PS4800 StarFabric Backplanes: The PS4800 series backplanes support a StarFabric Topology, as defined in the PICMG 2.17 specification and offer high capacity CompactPCI, incorporating StarFabric architecture for developers of next generation telecom networks. General Description: The PS4800 backplane is a 6U x 84HP CompactPCI StarFabric backplane. Sixteen board slots support two redundant CompactPCI buses, each having one Host slot, six Node Slots, and one Fabric Slot. Features: Two 8-slot 64-bit CompactPCI buses operating at 33MHz PCI or 66MHz PCI-X Selectable V(I/O) (3.3V or 5 V). PICMG 2.1 R2.0 compliant full Hot Swap PICMG 2.5 R1.0 compliant H.110 CT bus on all Node Slots (PS4800 only) Support for 8HP Host boards at expense of one Node Slot Dual redundant StarFabric support (2 Fabrics + 14 Basic Nodes) as outlined in PICMG 2.17 R1.0 Support for Rear Transition Modules in all board slots Configurable power slot support for two 6U x 8HP, three 6U x 4HP, three 3U x 8HP, or four 3U x 4HP PICMG 2.11 R1.0 compatible supplies Power input headers for H.110 -Vbat, -SELVbat and VRG power signals TX power header for auxiliary power input/output Four fan power connectors providing 12 V and System Management support PICMG 2.9 R1.0 compliant System Management Bus (SMBus) support on all boards, power supplies, PEMs, fans, and larm Board Support for I2C bridge function on larm Board to support >19 SMBus nodes Kaparel/Rittal StarBridge System: The Kaparel/Rittal StarBridge Devices and backplanes offer a solution for bridging legacy CompactPCI components over StarFabric technology with the benefit of providing the application with H/Redundancy. Order Model Description No. No PS4805 Same as PS4800 minus the H.110 bus PS slot (7U x 32HP) 1 fabric slot, 6 node slots with cpci and H.110, 1 host slot PS4818 Same as PS4808 minus the H.110 bus PS slot (7U x 84HP) 7 node slots with cpci and H.110, 1 host slot, 1 node slot with H.110 and without cpci, 1 fabric slot, 7 node slots with cpci and H.110, 1 host slot, 1 node slot with H.110 and without cpci, 1 fabric slot and 1 alarm slot PS4821 Same as PS4820 minus the H.110 bus PS4822 Same as PS4820 minus the CompactPCI bus The solution provides for two 7-slot CompactPCI buses and two redundant controllers interconnecting in a dual star configuration. This Is ccomplished By Utilizing: Two SG2010 s in leaf mode providing transition to the StarFabric Two SG2010 s in root mode for full redundancy Segments are tied together by two SG1010 switches Remaining Link for each switch allow for connection to an external fabric Can also be extended to coexist with the PICM 2.17 Specification by removing the SG1010s and connecting the StarFabric Links directly into the 2.17 fabric PS1160 StarBridge Device: General Description: The PS1160 is a low profile rear bridge device (3-3/4" X 2-5/8" X.55") for bridging StarFabric technology. The patented Kaparel/Rittal low profile design does not interfere with the RTMs (rear transition modules). Features: Support for 32/64-bit, 33/66MHz cpci buses Full H/Hot Swap control of boards +3.3 V or +5 V V(I/O) Support for up to 6 StarFabric Links Self-configuring as leaf or root node utomatic bridge enable/disable Differential pair status LEDs Serial ROM for register pre-load and power-up configuration Support for slot geography (PICMG ) Optional IPMB (I 2 C) bridging The Kaparel/Rittal PS1160 StarBridge Series of Bridge Devices Include: PS1160 with 1 - SG2010 and 1 - SG1010 and supports 7 CompactPCI slots including H PS1161 with 1 - SG2010 and supports 7 CompactPCI slots including H PS1165 Right to Left version of the PS1160 PS1166 Right to Left version of the PS1161 PS4810 StarBridge Backplane: General Description: Kaparel/Rittal s StarBridge low profile bridges along with the PS4810 backplane can be used to create a broad range of main and expansion chassis. Features: One bus segment or several Zero, one or two system controller slots Low or high slot counts This slot geography feature allows any of these configurations to be self-describing for software. The PS4810 has two 7-slot segments, two 1-slot segments and two connection points for the redundant StarFabric Links. These are connected to RJ45s to allow interconnecting of chassis within the StarFabric mesh. 76

65 StarFabric Platform Integration PS4800 PICMIG 2.17 StarFabric Development Chassis Order No. Model No. Description PS6090 PS6090-StarFabric Development Chassis PS6090-StarFabric Development Chassis: The PIMG 2.17 StarFabric Specification provides a seamless migration path from today s shared bus architecture to a robust switched interconnect while retaining the existing hardware and software infrastructure. StarFabric, with its multiple classes of service, enables high bandwidth, high availability and scalable point-to-point solutions which provide control, voice, cell and packet data connectivity within a single interconnect. The Kaparel/Rittal PS6090-StarFabric Development Platform provides a PICMG 2.17 compliant system for the development of next-generation network systems. The system includes a 6U - PS backplane in an 9U Rittal chassis and can be configured with power supplies and the StarGen SFS2100StarFabric Switch. This platform will give OEMs and integrators a platform to provide fast to market product based on the 2.17 architecture. Kaparel/Rittal can also provide custom StarFabric architecture solutions and integration services. 77

66 Ethernet Backplanes PS4900 Ethernet Switch Fabric Backplane PS4900 Ethernet Switch Fabric Backplane: The PS4900 Series Ethernet Switch Fabric support Switched Ethernet, as defined in the PICMG 2.16 Specification and offer high capacity CompactPCI, incorporating Packet Switching architecture for developers of next generation telecom networks. The PS4900 Series of backplanes allow telephony designs and high availability systems that combine CompactPCI with Ethernet for high-speed systems. The PS4900 Series offers a variety of off-the-shelf backpanes that provide flexibility in the overall system configuration. General Description: The PS4900 backplane is a 7U x 84HP (6U form factor) CompactPCI Packet Switching Backplane (cpsb), as defined by PICMG Sixteen board slots support two redundant CompactPCI buses, each having one system slot, six node slots, and one fabric slot. Two 8-slot 64-bit CompactPCI buses operating at 33MHz PCI or 66MHz PCI-X. Order Model Description No. No PS4905 Same as PS4900 minus the H.110 bus PS slot (7U x 32HP) 1 fabric slot, 6 node slots with cpci and H.110, 1 host slot PS4918 Same as PS4908 minus the H.110 bus PS slot (7U x 84HP) 7 node slots with cpci and H.110, 1 host slot, 1 node slot with H.110 and without cpci, 1 fabric slot, 7 node slots with cpci and H.110, 1 host slot, 1 node slot with H.110 and without cpci, 1 fabric slot and 1 alarm slot PS4921 Same as PS4920 minus the H.110 bus PS4922 Same as PS4920 minus the CompactPCI bus Features: Selectable V(I/O) (3.3 V or 5 V) when configured for 33MHz CompactPCI Integrated Shottky diode bus termination PICMG 2.1 R2.0 compliant Full Hot Swap Provisions for up to four backplane stiffeners to control flex PICMG 2.5 R1.0 compliant H.110 CT buses on all node slots Support for 8HP System Boards at expense of one node slot Dual redundant switch fabric support (2 fabrics + 12 nodes) as outlined in PICMG 2.16 R1.0 Support for Rear Transition Modules in all board slots Configurable power slot support for two 6U x 8HP, three 6U x 4HP, three 3U x 8HP, or four 3U x 4HP supplies ll power slots support PICMG 2.11 R1.0 power supply modules Power input headers for H.110 -Vbat, -SELVbat and VRG power signals TX power header for auxiliary power input/output Two fan power connectors for 12 V and System Management support Support for Kaparel/Rittal proprietary larm Board Support for two Kaparel/Rittal proprietary Power Entry Modules (PEMs) C/DC power input header if PEMs are not used PICMG 2.9 R1.0 compliant System Management Bus (SMGus) support on all cards, power supplies, PEMs, fans, and larm Board Support for 12C bridge function on larm Board to support >19 SMBus nodes PS4400 cpsb Configuration: FRONT RER System RTC Node RTC Node RTC Node RTC Node RTC Node RTC Node RTC Fabric RTC System RTC Node RTC Node RTC Node RTC Node RTC Node RTC Node RTC Fabric B RTC larm Card PEM 1 PEM 2 Blank Power Supply 3 Poer Supply 2 Power Supply 1 Blank Fabric Board B Node Board Node Board Node Board Node Board Node Board Node Board System (CPU) Board Fabric Board Node Board Node Board Node Board Node Board Node Board Nocde Board System (CUP) Board 78

67 2.16 Development Platform Integration PS6090-cPSB 2.16 Development Chassis The PICMG 2.16 Ethernet Packet Switching Backplane specification is designed to vastly increase inter-board communication capabilities of a CompactPCI chassis by moving packet data off the shared bus architecture of Compact PCI and onto a fault tolerant, high-speed, switched 10/100/1000 Ethernet based fabric. The key elements of CompactPCI/PSB according to the PICMG 2.16 standard are: Compact Packet Switching Backplanes have an Ethernet infrastructure embedded in the CompactPCI midplane that is accessed via the J3 connector. The Ethernet switching element resides on one or more of the Compact PCI slots, interconnecting all the slots in the chassis. ll slots operate as standalone systems on a board and interface with each other through a network stack on top of the Ethernet. This enables all slots within a Ethernet Switch Fabric chassis to be interconnected by a reliable and scalable, point-topoint embedded network based on already established enterprise network industry standard/protocols. Ethernet Switch Fabric Backplanes are designed to complement existing CompactPCI systems, maintaining the legacy while extending the life of this architecture. The Kaparel/Rittal PS6090-cPSB Development Platform provides a PICMG 2.16 compliant system for the development of next-generation network systems. The system includes a 6U PS backplane in a 9U Kaparel/Rittal chassis and can be configured with power supplies and Performance Technologies CPC4406 IPnexus fast, flexible and feature-rich 10/100/1000 PICMG 2.16 Ethernet switching platform. This PS6090-cPSB gives OEMs and integrators a platform to provide faster time-to-market products based on the PICMG 2.16 architecture. Kaparel/Rittal can also provide custom CompactPCI/PSB architecture solutions and integration services. Call us today and get a quote on your development platform configuration requirements or your custom application-specific high-speed backplane. With over 200 designs of high-speed backplanes in our library, we can quickly help you get your product to market. PS4900 Ethernet Packet Switching Backplane Overview: The PS4900 backplane is a 6U x 84HP CompactPCI Packet Switching Backplane (CPSB), as defined by PICMG 2.16 draft specification. Sixteen board slots support two redundant CompactPCI buses, each having one system slot, six Node Slots, and one Fabric Slot. Features: Two 8-slot 64-bit CompactPCI buses operating at 33MHz PCI or 66MHz PCI-X Selectable V(I/O) (3.3V or 5V) PICMG 2.1 R2.0 compliant Full Hot Swap PICMG 2.5 R1.0 compliant H.110 CT buses on all Node Slots Dual redundant switch fabric support (2 fabrics + 14 nodes) System Management Bus (SMB) compliant with PICMG 2.9 larm Board (Slot 17 Rear) Packet Switched Bus: The PS4900 backplane supports an Ethernet-based switch fabric interconnect conforming to the PICMG 2.16 CompactPCI Packet Switched Backplane draft specification. The PS4900 has support for two standard Fabric Boards and fourteen dual-link Node Boards. ll links are capable of 10, 100, or 1000 Mbps Ethernet signaling. PS3357 Power Supply Overview: The PS3357 (P47 connector) is a highperformance, 350W power supply for use in 6U CompactPCI computer, test, and telecom systems. The PS3357 meets all of the requirements of the PICMG CompactPCI Specification, and is N + 1 redundant and hotswappable. ll input and output connections are through the backplane. Status indicators are located on the front-panel by way of a bi-color LED. Custom and/or 3U configurations are available to meet user specified requirements. Order Model Description No. No PS6090 PS6090-cPSB 2.16 Development Chassis 79

68 PXI Products Series PXI Backplanes Series 3U PXI Backplane: General Description: The Kaparel/Rittal Series of 3U PXI backplanes are PXI R2.0 and PICMG 2.8 draft specification compliant. These backplanes have one 64-bit CompactPCI bus and 3 to 7 peripheral slots. Kaparel/Rittal can also provide custom PXI backplane designs and configurations to suit particular customer applications. nnounced in ugust 1997, PXI is an open specification defining how PC technology can be successfully applied to measurement and automation. By leveraging CompactPCI, Microsoft Windows, and VXI, the PXI specification brings together the right technologies for PC-based text and measurement, instrumentation and industrial automation. Model No. PS23180 PS23400 PS23500 PS23600 PS23700 PS23800 PXI backplanes 1 host slot, 17 peripheral slots 1 host slot, 3 peripheral slots 1 host slot, 4 peripheral slots 1 host slot, 5 peripheral slots 1 host slot, 6 peripheral slots 1 host slot, 7 peripheral slots Series Module llocation Front Side Modules: Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Star Trigger System (SBC) Blank Peripheral Peripheral Star Trigger System (SBC) Blank Peripheral Peripheral Peripheral Peripheral Peripheral Star Trigger System (SBC) Blank Peripheral Peripheral Peripheral Star Trigger System (SBC) Blank Peripheral Peripheral Peripheral Peripheral Peripheral Peripheral Star Trigger System (SBC) Blank Peripheral Peripheral Peripheral Peripheral Star Trigger System (SBC) Blank Series Overview Host Slot, 17 peripheral slots Host Slot, 3 peripheral slots Host Slot, 4 peripheral slots Host Slot, 5 peripheral slots Host Slot, 6 peripheral slots Host Slot, 7 peripheral slots Features: 4 to 8 slots wide backplanes routing one CompactPCI bus with one left justified SBC slot and one PXI bus 3U height (5.06 inches) supporting P1 and P2 connector positions Support for 2 to 7 3Ux4HP peripheral cards Support for one 3Ux4HP SBC card in physical slot 1 Power entry via Power Bugs Complies with PICMG 2.1 R1.0 Hot Swap Specification Supports 32/64 bit, 33/66 MHz (66 MHz only on 5 or less slots) +3.3V or +5.0V V(I/O) Matched clock lines and ground guarding High current connector power entry User selectable clock source on or off-board PICMG 2.9 R1.0 compliant System Management Bus (IPMB) 80

69 Custom CompactPCI Backplane Services Custom pplications Process & Guidelines Design nd Layout: This stage of the development process begins with the schematic and the mechanical designs and are provided to the customer for sign-off. The design moves into the final review stage with the customer and into layout. The Layout Stage Includes: PCB layout design Documentation (all Kaparel/Rittal products ship with user manuals) Complete bill of materials (including customer specified components) Test specifications Once the layout stage is completed there is one final review before the product is officially released to manufacturing. Manufacturing nd Support: Once the boards are returned from the PCB manufacturer the boards are assembled and pressed in house. From here the boards are tested by Kaparel/Rittal s team of test technicians on specialized equipment to the most rigorous standards in the industry. Product Request: The Kaparel/Rittal Process begins when a customer has an application that is beyond our existing line of standard products. The first step is for one of our Staff Systems Engineers (SSEs) to engage with the customer to determine the exact customer and/or end user requirements for the particular application. This initial consultation is highly beneficial in determining the most efficient means of achieving the desired feature set. This consultation is followed up with the SSE discussing the application with the Kaparel/Rittal engineering and operations team and providing a quotation and statement of work. Project/Product Requirements: Functional requirements (feature set, performance, etc.) Mechanical requirements (physical size, etc.) Power requirements Regulatory requirements (CE, UL, CS, NEBS, etc.) Power requirements ccessories (bridges, subracks, power supplies, etc.) Schedule requirements (delivery dates, quantities, etc.) Testing Includes: 1. PCB Fabrication Testing impedance testing and netlist testing 2. Pre-production Clock Skew Testing shorts test, a voltage or power-up test, then CompactPCI clock lines are checked for skew 3. Shorts Test to detect errors such as shorted/bad capacitors or shorted power in the connectors 4. Voltage or Power Up Test test checks that all power, ground and VIO voltages are within the compact PCI specifications bit or 64-bit Functional CompactPCI Test ensures that the 32-bit or 64-bit compact PCI bus has no errors such as bent, broken or missing signal pins. 6. Complete 2 mm Connector Netlist Check test will perform a continuity test of the 2 mm connectors in relation to the netlist using a Testpro Linetest test unit 7. Other Testing vailable specific customer a separate test specification or as a separate document will be created and quoted Kaparel/Rittal is registered to ISO 9001:2000 certificate # to assure quality process and resulting products. Design Specification: Once all of the product requirements have been established, the Kaparel/Rittal design team creates the design specification document and development for the product. This document is presented to the Customer for approval, as well as the option for approval of the schematic design. 81

70 Kaparel/Rittal Bridges PS111x & PS112x Rear Bridges General Description: The PS111x and PS112x bridges are used with Kaparel/Rittal monolithic backplanes such as the PS1010 and PS1070. They are pallet bridges, and are connected at the rear of the backplane, allowing for more CompactPCI slots at the front of the backplane. The PS11x1 have the primary bus connectors on the left side, while the PS11x2 have them on the right side when viewed form the front of the backplane. The PS111x are 32-bit PCI to PCI bridges, using the Intel bridge chip, while the PS112x are 64-bit PCI to PCI bridges using the Intel bridge chip. PS1111 & PS bit Bridges Features: Bridge two CompactPCI segments Uses Intel bridge chip 32-bit operation Back bridge, no front space required Reduced profile: PS1111 only 0.850" (21.6 mm) thick PS1112 only 0.600" (15.4 mm) thick Electrical Left or right bus direction supported Selectable IDSEL source Compatible with Kaparel/Rittal PS1010 and PS1070 Mechanical: The bridge module is keyed such that the module cannot be inserted incorrectly. The bridge module PCB measures approx. 5.3" wide x 4" high (135 x 102 mm) and are mated parallel to the main CompactPCI backplane from the rear using 2 mm connectors. This parallel mating makes the J1 & J2 connectors inaccessible for rear mated user I/O on all 7 slots under the bridge. Intel bit PCi to 32-bit PCi bridge IC performs the bridging function on this card. Power: The maximum power consumption of this bridge module is +5V and +3.3V. Note that these are worst case figures. Ground and the power supplies (+5V, +3.3V, +/-12V) are connected from the primary PCI bus to the secondary PCI bus. V(I/O) may be +3.3V or +5V on either side of the bridge. The bridge will automatically detect the bus voltage and adjust it's I/O levels accordingly. PS1111& PS bit Bridges Features: Bridge two CompactPCI segments Uses Intel bridge chip 64-bit operation Back bridge, no wasted front space required Reduced profile: PS1121 only 0.850" (21.6 mm) thick PS1122 only 0.600" (15.4 mm) thick Left or right bus direction supported Selectable IDSEL source Compatible with Kaparel/Rittal PS1010 and PS1071 Mechanical: The bridge module is keyed such that the module cannot be inserted incorrectly. The bridge module PCB measures approx. 5.3" wide x 4" high (135 x 102 mm). The modules are mated parallel to the main cpci backplane from the rear using 2 mm connectors. This parallel mating makes the J1 & J2 connectors inaccessible for rear mated user I/O on all 7 slots under the bridge. Intel bit PCI to 32-bit PCI bridge IC performs the bridging function on this card. Electrical: The PS1121 and PS1122 use the same configuration as the PS1111 and PS1112, but in 64-bit format with the Intel chip. Power: The maximum power consumption of this bridge module is +5V and +3.3V. Note that these are worst case figures. Ground and the power supplies (+5V, +3.3V, +/-12V) are connected from the primary PCI bus to the secondary PCI bus. V(I/O) may be +3.3V or +5V on either side of the bridge. The bridge will automatically detect the bus voltage and adjust its I/O levels accordingly. Model No. PS1111 PS1112 PS1121 PS1122 Description Left-right rear bridge for 32-bit CompactPCI monolithic backplanes Right-left rear bridge for 32-bit CompactPCI monolithic backplanes Left-right rear bridge for 64-bit CompactPCI monolithic backplanes Right-left rear bridge for 64-bit CompactPCI monolithic backplanes 82

71 Bridging Solutions For CompactPCI pplications PS or 64-bit Rear Pallet Bridge General Description: This bridge module is a pallet bridge. This allows the bridge to be mounted on the rear of the backplanes, so that the maximum number of slots is available on the front of the backplanes. The bridge is a 64-bit PCI to PCI bridge, using the Intel bridge chip. The bridge module bridges from right to left. When mounted on the backplane and viewed from the front, the right connector will act as a peripheral, while the left connector will act as a host. The same bridge module is compatible with 3.5U, 6.5U, and 7U modular series backplanes. Features: 32 or 64-bit operation 3.3V or 5V operation Intel PCI-PCI bridge chip Consumes no front slots Compatible with PS1300, PS1400, and PS4400 modular series CompactPCI backplanes Mechanical: The bridge module routes the primary PCI to secondary PCI bus from right to left when looking at a front view of the CompactPCI backplane. The bridge module is keyed such that the module cannot be inserted incorrectly. The bridge module PCB measures approximately. 4" x 4". The modules are mated parallel to the main CompactPCI backplane from the rear using 2mm connectors. This parallel mating makes the J1 and J2 connectors inaccessible for rear mated user I/O on all 5 slots under the bridge. PS1130 pplication Notes: When the PS1130 is used with Kaparel/Rittal modular backplanes, there are no configuration options that need to be set by the user. (e.g. jumpers, switches, etc.). The PS1130 bridge plugs into long tail connectors on the rear side of the backplanes. The PS1130 bridge allows all front slots to be operational. There are no unusable slots when a PS1130 bridge is used. The PS1130 is a 64-bit bridge. It can be used to bridge from 32 or 64-bit segments to 32 or 64-bit segments. V(I/O) may be +3.3 V or +5 V on either side of the bridge. ny combination of these voltages is acceptable. The bridge will automatically detect the bus voltage and adjust its I/O levels accordingly. Rear I/O on J3-J5 connectors is not obstructed by the PS1130 bridge. Backplanes are butted tightly (1 mm of space) together when using multiple backplanes. Electrical Electrical: Ground is connected from the primary PCI bus to the secondary PCI bus. The power supplies (+5 V, +3.3 V, +/-12 V) are not connected across the bridge. The power supplies are C coupled from primary to secondary to preserve signal integrity. ll circuitry on the bridge module derives its power from the primary. Order No. Model No. Related products PS1300 3U modular series backplanes (see pg 72) PS1400 6U modular series backplanes (see pg 73) PS4400 6U modular series backplanes (see pg 73) PS1130 Pallet bridge 32/64-bit 83

72 Bridging Solutions For CompactPCI pplications 32-bit Low Profile Bridges n General Description: The PS1131 and PS1133 bridge modules are low profile pallet bridges. This allows the bridge to be mounted on the rear of the backplanes, so that the maximum number of slots is available on the front of the backplane. lso, its profile space of <16 mm (see below) to the highest component enables the use of off-the-shelf rear transition modules. The PS1131 and PS1133 are 32-bit PCI to PCI bridges, using the Intel bridge chip. The PS1131 bridges from left to right, while the PS1133 bridges from right to left. Features: Bridges two CompactPCI segments Uses Intel PCI-PCI bridge chip 32-bit operation Back bridge, no front space required Low profile: PS1131 and PS1133 <.395" (10 mm) thick Left or right bus direction supported Selectable IDSEL source Compatible with modular series backplanes Mechanical: The PS1131 bridge module routes the primary PCI to secondary PCI bus from left to right when looking at a front view of the cpci backplane, while the PS1133 bridges from right to left. The bridge module is keyed such that the module cannot be inserted incorrectly. The bridge module PCB measures approximately 2" x 4" x 0.39" thick. The modules are mated parallel to the main cpci backplane from the rear using MP or Molex surface mount connectors. This parallel mating makes the J1 connector inaccessible for rear mated transition boards on all slots under the bridge. The bridge modules are not hot swappable. n Intel bit PCI to 32-bit PCI bridge IC performs the bridging function on this board. Power: The maximum power consumption of this bridge module is 5 V and V. Note that these are worst case figures. Power consumption under normal circumstances will be significantly less. Ground is connected from the primary PCI bus to the secondary PCI bus. The power supplies (+5 V, +3.3 V, +/-12 V) are not connected across the bridge. The power supplies are C coupled from primary to secondary to preserve signal integrity. ll circuitry on the bridge module derives its power from the primary or secondary cpci bus. The only exception to this is V(I/O) from the secondary cpci bus, which is directly connected to the bridge IC for sensing purposes and used by pull-up resistors on the secondary bus. Different bridge versions are available to accept V(I/O) of either +3.3 V or +5 V. The maximum power consumption of this bridge module is 5 V and V. Note that these are worst case figures. Power consumption under normal circumstances will be significantly less. <16 mm Ground is connected from the primary PCI bus to the secondary PCI bus. The power supplies (+5 V, +3.3 V, +/-12 V) are not connected across the bridge. The power supplies are C coupled from primary to secondary to preserve signal integrity. ll circuitry on the bridge module derives its power from the primary or secondary cpci bus. The only exception to this is V(I/O) from the secondary cpci bus, which is directly connected to the bridge IC for sensing purposes and used by pull-up resistors on the secondary bus. Different bridge versions are available to accept V(I/O) of either +3.3 V or +5 V. Please contact cpci@kaparel.com for details. Rear Electrical PS1131 Front Modular backplane Order No. Model No. Description PS1131 Left-right 32-bit low profile CompactPCI rear bridge PS1133 Right-left 32-bit low profile CompactPCI rear bridge Order No. Model No. Related parts PS1300 3U modular series backplanes (see pg 72) PS1400 6U modular series backplanes (see pg 73) 84

73 Bridging Solutions For CompactPCI pplications 64-bit Low Profile Bridges General Description: The PS1132 and PS1134 bridge modules are low profile pallet bridges. This allows the bridge to be mounted on the rear of the backplanes, so that the maximum number of slots is available on the front of the backplane. lso, its profile space of <16 mm (see page 28) to the highest component enables the use of off-the-shelf rear transition modules. The PS1132 and PS1134 are 32-bit PCI to PCI bridges, using the Intel bridge chip. The PS1132 bridges from left to right, while the PS1134 bridges from right to left. Features: Bridges two CompactPCI segments Uses Intel PCI-PCI bridge chip 64-bit operation Back bridge, no front space required Low profile: PS1132 and PS1134 <.395" (10mm) thick Left or right bus direction supported Selectable IDSEL source Compatible with modular series backplanes Power: The maximum power consumption of this bridge module is 5 V and V. Note that these are worst case figures. Power consumption under normal circumstances will be significantly less. Ground is connected from the primary PCI bus to the secondary PCI bus. The power supplies (+5 V, +3.3 V, +/-12 V) are not connected across the bridge. The power supplies are C coupled from primary to secondary to preserve signal integrity. ll circuitry on the bridge module derives its power from the primary or secondary cpci bus. The only exception to this is V(I/O) from the secondary cpci bus, which is directly connected to the bridge IC for sensing purposes and used by pull-up resistors on the secondary bus. Different bridge versions are available to accept V(I/O) of either +3.3 V or+5 V. Please contact cpci@kaparel.com for details. Mechanical: The PS1132 bridge module routes the primary PCI to secondary PCI bus from left to right when looking at a front view of the cpci backplane, while the PS1134 bridges from right to left. The bridge module is keyed such that the module cannot be inserted incorrectly. The bridge module PCB measures approximately. 2" x 4" x 0.39" thick. The modules are mated parallel to the main cpci backplane from the rear using MP or Molex surface mount connectors. This parallel mating makes the J1 connector inaccessible for rear mated transition boards on all slots under the bridge. The bridge modules are not hot swappable. n Intel bit PCI to 64-bit PCI bridge IC performs the bridging function on this board. Specifications: PICMG 2.0 Rev 2.20 CompactPCI PCI Bridge Specification Rev 1.0 Related Products see PS1131 and PS1133 (previous page). Electrical 12HP Order Model Description No. No PS1132 Left-right 64-bit low profile CompactPCI rear bridge PS1134 Right-left 64-bit low profile CompactPCI rear bridge pproximately 3.7" (94 mm) 85

74 Bridging Solutions For CompactPCI pplications PS1150 Passive H.110 Rear Bridge General Description: The PS1150 is a passive H.110 bridge that enables you to extend the H.110 bus on the PS4400 and PS4400B series of modular backplanes. Like all modular series bridges, the PS1150 is a rear bridge that doesn t occupy any valuable front slots. Multiple PS1150 bridges may be used to create systems of any slot count up to a maximum of 21, as specified by the H.110 standard. The H.110 bridge when installed on a backplane disables the H.110 bus termination on that backplane thus leaving one termination at each end of the bus. The telephony bus often requires transition module compatible with the IEEE the PS1150 is compatible with these transition modules. Features: The PS1150 H.110 bridge module is always mated on the rear side of the backplanes in a parallel fashion. This bridge module covers the rear side of J4 connectors. The PS1150 bridge plugs into high density connectors on the rear side of the backplanes. It will only allow the user to install it in the correct fashion. The PS1150 bridge allows all front H.110 slots to be operational. There are no dead slots when a PS1150 bridge is used. Rear I/O on J5 connectors on the PS44XX family is not obstructed by the PS1150 bridge. Totally passive bridge. Compatible with IEEE transition modules. PS1150 PS1150 Order No. Model No. Related products PS1150 Modular series backplanes (see pg 70) 86

75 Power Supplies For CompactPCI Power Modules Kaparel/Rittal understands the importance of a reliable power source, along with the importance of maintaining that power throughout the entire system. That s why we ve developed a complete line of power products to cover every aspect of powering CompactPCI systems. Power Supply Backplanes: Kaparel/Rittal power supply backplanes provide a flexible interface for the power supply requirement. s a result, there is no need to modify expensive backplanes to incorporate redundant power supplies or N+1 configuration. Kaparel/Rittal offers power backplanes that accommodate 1, 2, 3, 4, 7, and even 10 power supplies. Multiple power supply backplanes may be bridged together for additional power supply requirements. Power Supplies: The reliability of any CompactPCI system is heavily dependent on the quality of its power source. Kaparel/Rittal certifies every power supply we sell for performance, reliability, and quality. ll Kaparel/Rittal power supplies are tested and derated in real subracks in the most rigorous conditions. Kaparel/Rittal offers power supplies in 3U (PS3300 Series) and 6U (PS3350 Series and PS3400) formats with C or DC inputs. ll Kaparel/Rittal power supplies are hot swappable and have current sharing outputs. Power Entry Modules (PEMs): The PS3380 is a 6U, 8HP RTM (rear transition module) that provides -48 V power to a CompactPCI backplane for telecom applications. The card connects to the backplane through a rear side blind mating connector. The PS3380 accepts -48 V DC externally and provides filtered -48 V to the backplane. The board is hot swappable for high availability systems and parallel operation for redundant N + 1 applications. Cable ssemblies: Kaparel/Rittal offers a number of rugged, standard cable assemblies to support our standard power products, as well as custom assemblies for unique power applications. Order No. Model No. Description TX cable harness 12" TX cable harness 16" TX cable harness 20" 87

76 Power Supply Backplane Solutions For CompactPCI pplications 3U Power Supply Backplanes PS1227 3U x 84HP: The PS1227 is an 84HP wide backplane designed to accept up to seven CompactPCI hot-insertable power supply modules, and supply DC power to other CompactPCI backplanes. The large number of modules supported by the power plane enables upwards of 1050W to be managed within a small 3U enclosure. Power is supplied to the PS1227 through C or DC power input taps. Seven, TX-style, 18 gauge wiring harness assemblies provide an interconnection between the power backplane and other CompactPCI backplanes. These wiring harnesses provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. These wiring harnesses, the PS1600, can be ordered separately. The PS1227 uses the new P47 power supply connector, as specified in the PICMG 2.11 R1.0 Power Interface Specification. In addition, the PS1227 is perforated to allow both horizontal front-to-back airflow, as well as the standard vertical convection. PS1222 3U x 16HP: The PS1222 is a 3U, 16HP wide backplane designed to accept up to two CompactPCI hot-insertable power supply modules, and supply DC power to other CompactPCI backplanes. Power is supplied to the backplane through C or DC power input taps. Two, TX-style, 18 gauge wiring harness assemblies provide an interconnection between the power backplane and other CompactPCI backplanes. These wiring harnesses provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. These wiring harnesses, the PS1600, can be ordered separately. The PS1222 uses the new P47 power supply connector, as specified in the PICMG 2.11 R1.0 Power Interface specification. Specifications/Compliance: ll powerplanes in the PS1220 Series meet the following specifications: PICMG 2.0 R2.1 CompactPCI Specification PICMG 2.11 R1.0 Power Interface Specification Order No. Model No. Related products PS1300 3U modular series backplanes (see pg 86) PS3300 3U hot swappable power supplies (see pg 90) PS conductor TX cable assembly, 16" (see pg 85) Order Model Dimensions Power supply Input Output Power Voltage Hot No. No. capacity connector connector input settings swap PS1222 3U x 16HP 2 x 1 (3U) dual P47 TX 500W(2 x 250W) local/remote PS1227 3U x 84HP 7 x 1 (3U) multiple P47 TX 1050W(7 x 150W) local/remote 88

77 Power Supply Backplane Solutions For CompactPCI pplications 6U x 8HP Power Supply Backplanes mm 5.18 mm mm mm PS1250 PS1250 6U x 8HP: The PS1250 is a 6.5U (or 6U) tall, 8HP wide power backplane. The PS1250 is a backwards compatible version of the PS1250 with two additional power bugs. The PS1255 has 1 less +5 volt power bug than the PS1250. The PS1250 may be used with the PS1300 or PS1400 series of modular CompactPCI backplanes, or in any other application where large supply currents are required.the PS1250 will accept 1 Positronic type 500W power supply. ny power supply that is compatible with the backplane dimensions shown in Figure 4 can be used. Either C or DC power is supplied to the power plane by means of a three contact Mate-n-Lok connector. There are 3 TX-style power connectors on this power plane for distribution of regulated power to the modular CompactPCI backplanes. The connectors used are Molex Mini-Fit Jr. series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. CompactPCI backplanes are connected to the power backplanes by means of cable assemblies (PS1600) with mating Mini-Fit Jr. receptacles at either end. These cable assemblies provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. The PS1250 also has a row of power taps for use when large supply currents are required, or TX connectors cannot be used. One power backplane can supply power to one or more CompactPCI backplanes, subject to the current requirements of the CompactPCI backplanes. PS1255 6U x 16HP: (Offset Connector) The PS1245 uses the same printed circuit board as the PS1240/1, only with its power supply connectors offset to the left to accommodate PICMG 2.11 compliant power supplies. See below for details. PS1257 6U x 8HP: This board is also designed to accommodate rear power entry modules for 48 V applications. Either C or DC power is supplied to the powerplane by means of a six contact Mate-n-Lok connector. There are 2 TX-style power connectors on this power plane, for distribution of regulated power to the modular PS1255 CompactPCI backplanes. The connectors used are Molex Mini-Fit Jr. series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. The CompactPCI backplanes will be connected to the power backplanes by means of cable assemblies with mating Mini-Fit Jr. receptacles at either end. These wiring harnesses provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. These wiring harnesses, the PS1600, can be ordered separately. The PS1247 uses the new P47 power supply connector, as specified in the PICMG2.11 R1.0 Power Interface Specification. PS1258 6U x 8HP: The PS1258 is a 6.5U (or 6U) tall, 8HP wide backplane designed to accept a single 6U x 8HP CompactPCI hotinsertable power supply modules, and supply DC power to other CompactPCI backplanes. This board is also designed to accommodate rear power entry modules for 48V applications. Either C or DC power is supplied to the powerplane by means of a six contact Mate-n-Lok connector. There are 2 TX-style power connectors on this power plane, for distribution of regulated power to the modular CompactPCI backplanes. The connectors used are Molex Mini-Fit Jr. series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. The CompactPCI backplanes will be connected to the power backplanes by means of cable assemblies with mating Mini-Fit Jr. receptacles at either end. These wiring harnesses provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. These wiring harnesses, the PS1600, can be ordered separately. The PS1247 uses the new P47 power supply connector, as specified in the PICMG2.11 R1.0 Power Interface Specification. Order Model Dimensions Power supply Input Output Power Voltage Hot No. No. capacity connector connector input settings swap PS1250 6U x 8HP1 6U single P38 TX 500W local/ remote PS1255 6U x 8HP1 6U single P38 TX 500W local/ remote PS1257 6U x 8HP2 x 1 3U dual P47 TX 300W local/ (2x150W) remote PS1258 6U x 8HP1 6U single P47 TX 500W local/ (1x150W) remote - 89

78 Power Supply Backplane Solutions For CompactPCI pplications 6U x 16HP Power Supply Backplanes PS1240 and PS1241 6U x 16HP: The PS1240 is a 6.5U (or 6U) tall, 16HP wide power backplane, intended for use with the PS1300 or PS1400 series of modular CompactPCI backplanes (see pages 10 and 11), or in any other application where large supply currents are required. The PS1240 will accept up to two Positronic type 500W power supplies operating in current sharing mode. ny power supply that is compatible with the backplane dimensions and pinout shown below may be used. Either C or DC power is supplied to the powerplane by means of a six contact Mate-n-Lok connector. There are 5 TX-style power connectors on this power plane, for distribution of regulated power to the modular CompactPCI backplanes. The connectors used are Molex Mini-Fit Jr. series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. The CompactPCI backplanes will be connected to the power backplanes by means of cable assemblies with mating Mini-Fit Jr. receptacles at either end. The PS1240 also has several rows of power taps for use when large supply currents are required, or TX connectors cannot be used (the PS1241 is simply a partially populated version of the PS1240). One power backplane can supply power to one or more CompactPCI backplanes, subject to the current requirements of the CompactPCI backplanes. PS1245 6U x 16HP (Offset Connector): The PS1245 uses the same printed circuit board as the PS1240/1, only with its power supply connectors offset to the left to accommodate PICMG 2.11 compliant power supplies. See below for details. PS1247 6U x 16HP: The PS1247 is a 6.5U (or 6U) tall, 16HP wide backplane designed to accept up to four 3U x 8HP (stacked 2 x 2) CompactPCI hot-insertable power supply modules, and supply DC power to other CompactPCI backplanes. This board is also designed to accommodate rear power entry modules for 48 V applications. Either C or DC power is supplied to the powerplane by means of a six contact Mate-n-Lok connector. There are four TX-style power connectors on this power plane, for distribution of regulated power to the modular CompactPCI backplanes. The connectors used are Molex Mini-Fit Jr. series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. The CompactPCI backplanes will be connected to the power backplanes by means of cable assemblies with mating Mini-Fit Jr. receptacles at either end. These wiring harnesses provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. These wiring harnesses, the PS1600, can be ordered separately. Order No. Model No. Related products PS1300 3U modular series backplanes (see pg 72) PS3300 3U hot swappable power supplies (see pg 141) PS conductor TX cable assembly, 16" (see pg 87) The PS1247 uses the new P47 power supply connector, as specified in the PICMG 2.11 R1.0 Power Interface Specification. PS1248 6U x 16HP: The PS1248 is a 6.5U (or 6U) tall, 16HP wide backplane designed to accept up to two 6U x 8HP (2 x 1) CompactPCI hot-insertable power supply modules, and supply DC power to other CompactPCI backplanes. This board is also designed to accommodate rear power entry modules for 48 V applications. Either C or DC power is supplied to the powerplane by means of a six contact Mate-n-Lok connector. There are four TX-style power connectors on this power plane, for distribution of regulated power to the modular CompactPCI backplanes. The connectors used are Molex Mini-Fit Jr. Series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. The Compact PCI backplanes will be connected to the power backplanes by means of cable assemblies with mating Mini-Fit Jr. receptacles at either end. These wiring harnesses provide +5 V, +3.3 V, +12 V, -12 V, GND, and control signals between the two backplanes. These wiring harnesses, the PS1600, can be ordered separately. The PS1248 uses the new P47 power supply connector, as specified in the PICMG 2.11 R1.0 Power Interface Specification. Order Model Dimensions Power supply Input Output Power Voltage Hot No. No. capacity connector connector input settings swap PS1240 6U x 16HP 2 x 1 (6U) dual P38 TX 1000W (2 x 500W) Local/remote PS1241 6U x 16HP 2 x 1 (6U) dual P38 TX 1000W (2 x 500W) Local/remote PS1245 6U x 16HP 2 x 1 (6U) dual P38 TX 1000W (2 x 500W) Local/remote PS1247 6U x 16HP 2 x 2 (3U) quad P47 TX 600W (4 x 150W) Local/remote PS1248 6U x 16HP 2 x 1 (6U) dual P47 TX 1000W (2 x 500W) Local/remote 90

79 Power Supply Backplane Solutions For CompactPCI pplications 6U x 24HP Power Supply Backplanes PS1260(Rear) PS4420 Modular Backplanes PS1600 Cable ssembly PS1260 6U x 24HP: The PS1260 & PS1265 are 6.5U (or 6U) tall, 24HP wide power backplanes. They may be used with the PS1300, PS1400, or PS4400 series of modular CompactPCI backplanes, or in any other application where large supply currents are required. Both will accept up to three Positronic type 500W power supplies operating in current sharing mode. The PS1260 and PS1265 support different power supply styles. The PS1260 supports the standard Positronic style used by most cpci power supply vendors, including Kaparel/Rittal s PS335x and PS535x series of power supplies. The PS1265 supports the special High Profile Cooling Fin style available from some vendors. Either C or DC power is supplied to the power plane by means of two six-contact Mate-n-Lok connectors. There are 8 TX-style power connectors on each of the PS1260 and PS1265, for distribution of regulated power to Kaparel/Rittal s modular CompactPCI backplane families. The connectors used are Molex Mini-Fit Jr. series headers or compatible connectors. These are the same connectors that are recommended for TX style PC power supplies. The CompactPCI backplanes will be connected to the power backplanes by means of cable assemblies (such as Kaparel/Rittal s PS1600) with mating Mini-Fit Jr. receptacles at either end. Both backplanes also have several rows of power taps for use when large supply currents are required, or when TX connectors cannot be used. There are 26 power taps per board, connected to various output voltages. PS1260 6U x 24HP: The PS1265 is the same board as the PS1260, only with its power supply connectors offset to the left to accommodate PICMG 2.11 power supplies (see below). PS1260 Rear view PS1260 Front view Order No. Model No. Related products PS1400 6U monolithic series backplanes (see pg 73) PS4400 6U modular series backplanes (see pg 74) PS3300 6U hot swappable power supplies (see pg 141) PS conductor TX cable assembly, 16" (see pg 87) Order Model Dimensions Power supply Input Output Power Voltage Hot No. No. capacity connector connector input settings swap PS1260 6U x 24HP 3 x 1 (3U) P38 TX 1500W (3 x 500W) Local/remote PS1255 6U x 24HP 1 (6U) single P38 TX 1500W (3 x 500W) Local/remote 91

80 Peripheral Solutions For CompactPCI pplications PS3380 Power Entry Module General Description: The PS3380 is a Power Entry Module (PEM) designed to provide filtered -48 V DC power to a backplane. These are 6U, 8HP wide boards which connect to the backplane through a rear side blind mating connector. Feature: 6U height (10.5 inches) Hot swapping capabilities for high availability systems Parallel operation capabilities for redundant N+1 applications Provides common-mode and differential-mode filtering to reduce conducted noise returned to the power source ccepts -48 V DC externally and provides filtered -48 V power to the backplane Provides low power status signals PSST and PSFIL to the backplane Provides external access to the PSFIL signal via a DB9 connector on the front panel for external alarming Panel mounted LEDs provide indication that input and output voltages are within range Current limited to 30 by means of a 30 breaker/switch which doubles as the ON/OFF control Optional Initial inrush current limiting of 76 maximum surge (worst case) Raised front panel breaker/switch actuator trip guard, equipped with a mechanical intervention switch ESD jack Reverse input voltage protection Hysteretic Turn-off, Turn-on Model No. PS3380 Component Side Description Power entry module Front Panel 92

81 System Management Solutions larm Boards General Description: The PS3395 is a 6U x 84.2 mm RTM (rear transition module) that will plug into P1 and P2 connectors on the rear side of the backplane designed to perform various alarming and system management functions within the MGW5100 system. The board performs four basic operations: 1. Monitor platform status parameters such as power supply voltage levels, rack temperature, fan speeds and other configurable inputs and allow the host to retrieve the status of each parameter. 2. Manage the output of platform alarm and control signaling. 3. System Management Bus interface. 4. Control High vailability (H) signals for all boards in the platform. PS3395 Features: Monitoring and Control: Six tachometer inputs for fan speed monitoring Six PWM fan speed control outputs Monitoring of system voltages +3.3 V, +5 V, +12 V, and -12 V Independent monitoring of FL# and DEG# lines for up to six power supplies Independent control of INH# lines for up to six power supplies Four temperature sensor inputs Two opto-isolated dry contact inputs with active HI/LO options larm Features: Four dry contact relay outputs with NO and NC options Panel mounted LED alarm and status indicators Optional remote LED board System Management Features System Management Features: I2C bus control for up to 17 standard nodes on bus0 and 16 on bus1 Two front panel accessible RS-232 serial ports for SBC interface High vailability Features: Individual RESET, HELTHY, and BDSEL connections for up to 20 peripheral, 2 of which may be SBC boards bility to perform specific reset to a given board or general reset of entire system General Features: ll dry contact inputs and outputs accessible via DB25 female front panel connector Power on Built In Test (BIT) On line BIT Real Time Clock and Date with battery backup Field upgradeable firmware Front panel operator push button for soft reset Header connectors to allow for optional cable connection Hot insertion support Designed for no single point of failure Watchdog function PS3396 Fan Control Board: General Description: The PS3396 is a 2.91" x 0.787" 2-layer control board for control and monitoring of 12V fans. It will control up to two (or more depending upon current draw) fans or fan trays that are not capable of supporting PWM input. Features: Support for 2 V output current Two fan Tach feedback signals Small form factor Optional heat sink PS3397 Temperature Sensor Board: General Description: The PS3397 is a 1.5" x 0.75" PCB containing a single temperature sensor IC and a ribbon cable header. Mounting holes are provided to allow placement of the board anywhere within the subrack enclosure. Features: Supports daisy-chaining of up to 8 Sensors Easily mounts in subrack chassis Configurable I2C bus address Order No. Model No. Description PS3395 larm board PS3396 Fan control board PS3397 Temperature sensor board 93

82 System Management Solutions larm Boards PS6700 6U x 4HP x 80 mm RTM (Rear Transition Module): The PS6700 connects to the backplane via 2 mm connectors in the P1 and P2 region. The front panel I/O is comprised of alarm and status LEDs, RS232 and/or RS485 ports, access to dry contact outputs and opto-insulated inputs via a standard HD 26 pin D-sub connector, 2 Ethernet RJ45 jacks and alarm cut-off/soft reset switch. ll monitored parameters are compared to user-configurable upper and lower thresholds stored in memory triggering an alarm when values fall outside of this range. Faults can be assigned one of three levels and a set of response actions assigned. In addition to the alarm functions, the PS6700 also provides high availability and hot swappable signaling for up to 20 peripheral and 2 SBC boards on the platform. Features: Monitoring of a total of 8 system voltages Full BMC implementation as defined in PICMG 2.9 R1.0 System Management specification Separate control and monitoring for up to 6 power supplies Separate speed control and monitoring for up to 6 fans Separate control and monitoring of up to 3 PEMs (power entry modules) 6 temperature sensor inputs Support for 2 split power domains 4 dry contact relay outputs with NO and NC options 4 opto-isolator inputs with LO/HI options Provides high availability, hotswap control for up to 20 slots 3 configurable alarm levels: critical, major, and minor Built-in self test PS6701 3U x 8HP x 80 mm Front Board: Provides the same feature set as the PS6700 in a front side 3U x 8HP x 80 mm with P1 and P2. PS6703 6U x 4HP x 80 mm RTM: Is a 6U x 4HP x 80 mm RTM with P1 and P3 for backplanes with 6 slots or less. Designed for low slot count (6 or less) backplanes where a RTM site is available (host or peripheral). Same feature set as the PS6700 with the following exceptions: No split power domain support Separate control and monitoring of two power supplies No PEM support Speed control and monitoring of up to two fans (two PWM fan speed control outputs) High vailability control for up to six slots (BD_SEL, RESET, HELTHY, M66EN) Two analog temperature sensor inputs, or bussed digital Two I2C bus interfaces (bridged on SIM) No support for redundant CompactPCI busses No support for redundant SIMs Configured as rear transition module (6U x 4HPx80 mm) with P1 and P3 General Description: The PS6700 Series modules are designed to provide Baseboard Management Control(BMC) functionality and reporting of alarm conditions in CompactPCI based systems. The PS6700 is a hot swappable 6U x 4HP x 80 mm rear transition board that monitors various details of system operation and generates alarm notifications if any parameter falls outside of the customer programmable tolerances. Order No. Model No. Description PS6700 larm board 6U x 4HP x 80 mm (P1/P2) PS6701 larm board 6U x 8HP x 80 mm (P1/P2) PS6703 larm board 6U x 8HP x 80 mm (P1/P3) 94

83 uxiliary Board Solutions PS6600 Series HDD Modules PS6610 PS6620 Mechanical Features: Overall: Physical Dimensions 6U (230 mm) x mm x mm Electrical Features: SCSI Controller: LSI Logic LSI53C1010R Interface 64-bit PCI host bus (32-bit compatible) Interface Transfer Rate 320MB/s (parallel) PCI ddress Cycle Single (64-bit addressing) Supports for flash BIOS PROM Software Drivers: Windows NT/2000 and 95/98 Linux Solaris Novell NetWare OS/2 UnixWare Server Management CI MS-DOS VxWorks *dditional drivers may be available upon request Hard Disk Drives: 2 x Ultra 160 SCSI standard Capacity: > = 18GB (PS6610) > = 36GB (PS6620) *Optional larger drives available upon request General Description: The PS6600 series are 6U x 8HP SCSI hard disk drive modules intended for use with CompactPCI backplanes. Using IBM s Ultrastar 18.2 GB HDD, and LSI's 53C1010R SCSI controller (66MHz), the PS6600 series can offer up to 36GB storage capacity, with an 320MB/s (maximum) interface transfer rate. The PS6600s connect to the CompactPCI backplane via J1 and J2, with J1 as the primary connection and J2 being the extension to 64-bit, all with easy-to-install plug-and-play functionality. The PS6600 series support most major operating systems and are therefore the choice storage devices for any CompactPCI application. NB- Unlike the PS6610, the PS6620 is compliant to the PICMG 2.1 CompactPCI Hot Swap specification. Order No. Model No. Description PS6610 Kaparel/Rittal auxiliary boards, single HDD PS6620 Kaparel/Rittal auxiliary boards, double HDD 95

84 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking CompactPCI PCB Front Panels & Injector/Extractor Handles Package Your Electronics With Ripac When it comes to electronics, no one handles today s demanding applications better than Kaparel/Rittal Ripac handles, front panels and accessories. Take our handles for instance. Kaparel/Rittal offers a wide range of types, including the CompactPCI specified self-locking injector/extractor handle for high pin count applications and the Type VII flush profile Telecom handle for limited I/O. What s more is we can provide advanced features, such as front panel and ESD protection, a microswitch for full hot swap applications, keying with 4096 combinations and drive chassis. dd to that a whole line of 3U/6U EMC and Non-EMC front panels and your package is complete more solutions from The Original CompactPCI Company. 96

85 CompactPCI Comprehensive Solutions Front Panels & Handles CompactPCI Handle Solution, Type IV The Ripac CompactPCI injector/extractor handle referred to in the CompactPCI specification is designed to meet the IEEE and IEEE standards. This Ripac Type IV injector/extractor handle provides for full front panel I/O usage and is suitable for system (subrack) front and rear (I/O) mounted boards. The handle locking/unlocking device activating in the handle s embedded microswitch is a Ripac design feature. This solution complies nicely with the CompactPCI full hot swap requirements. Other features of this handle are: Keying of plug-in PCB boards (4096 combinations) ESD protection Grounding connection for plug-in boards Tying of multiple handles together Telecom Handle Or lternative Handle Solution, Type VII This injector/extractor handle solution has all the features of the IEEE / and CompactPCI requirements (with limited front panel I/O space) and is designed for systems (subracks) conforming to IEEE and IEEE standards. However, this handle has one more distinguishing feature: the solder side (component side 2) of the PCB can be optionally increased by 2.54 mm (0.1 ) to provide for more surface mounted component space (this additional feature cannot be implemented for CompactPCI). Suitable as pluggable power supply handle per PICMG Draft Tying together of multiple handles also available. CompactPCI Type IV Handles Type VII Handles Embedded Microswitch ssembly Keying Gasket Front Panels EMC & Non-EMC dapters Drive Chassis Solder Side Cover

86 Perfect Handling Solutions With CompactPCI Handles n Type IVs Injector/Extractor Handle With Push-button Injector/extractor handle for the insertion and removal of rack connectors with a large number of pins. metal insert ensures reliable functioning, even at forces of up to 815 N. The injector/extractor handles are only for use in conjunction with horizontal rails with a 10 mm extension. Push-button for locking and unlocking the board type plug-in unit (cannot be extracted in the locked position) Optionally with 1/2HP offset PCB attachment, e.g. for component mounting on both sides Optional integral microswitch for live insertion applications ESD pin to dissipate static charges before connecting the board type plug-in unit Keying areas to accommodate keys Integral PCB attachment Plastic/metal Supply Includes: Injector/extractor handle, assembly parts Self Locking Installation Packs of Order No. Top Bottom With 1/2 HP Offset Installation Packs of Order No. Top Bottom ccessories: Keys, see page 100 Keyable guide rails, see page 57 Keyable guide rails with offset, see page 57 Microswitch, see page 99 Connection Pin For Injector/Extractor Handles, Types IV/IVs The connection pin can be used to connect injector/extractor handles, types IV and VII, side by side. Steel Packs of Order No Type VII Injector/Extractor Handle, Plastic (Typically Used For cpci PSUs) Injector/extractor handle for insertion and removal of connectors with a large number of pins. This handle was specifically designed for use in telecom applications. Only for use in conjunction with front horizontal rails with a 10 mm extension (see page 174). Optionally with 1/2 HP offset PCB attachment, e.g. for component mounting on both sides Minimum space requirements, thanks to fold-up handle Option of installing keys (when using keyable guide rails) Optional integral microswitch for live insertion applications ESD pin to dissipate static charges prior to making contact with the connectors and precise positioning of the board type plug-in unit Large labeling area on the front Optimum leverage for connectors with a large number of pins Handles Without Offset Installation Packs of Order No. Top Bottom Handles With 1/2HP Offset Installation Packs of Order No. Top Bottom Plastic Supply Includes: injector/extractor handle, assembly parts ccessories: Keys, see page 100 Keyable guide rails, see page 57 Keyable guide rails with 1/2HP offset, see page 57 Microswitch, see page 99 98

87 Type VII Injector/Extractor Handle (Telecom) (For 6U nd 9U pplications) Perfect Handling Solutions With CompactPCI Handles Metal injector/extractor handle for insertion and removal of connectors with a large number of pins (up to 835 N). This handle was specifically designed for use in telecom applications. Only for use in conjunction with front horizontal rails with a 10 mm extension Optionally available with 1/2HP offset Option of installing keys Optional integral microswitch for live insertion applications ESD pin to dissipate static charges Metal design for use in aggressive atmospheres Die-cast zinc Supply Includes: Injector/extractor handle, assembly parts Handles Without Offset (4.07 mm) Installation Packs of Order No. Top* Bottom* *Offset spacer no longer required Handles With Offset (6.61 mm) Installation Packs of Order No. Top Bottom ccessories: Keys, see page 100 Keyable guide rails, see page 57 Keyable guide rails with offset, see page 57 Microswitch, see below, page 99 Optional Retention Screw For handles Type IVs nd VII Lever hinge Lever contact point Front panels with injector/extractor handles may retain the pluggable boards in the system by only using the self-locking feature of the handle or by using retention screws. Note: For EMC applications. When using these optional retention screws you may not need to use the horizontal gasketing mounted to the subrack system front/rear horizontal rails. Order No pieces Optional Retention Screw Embedded Microswitch Cable ssembly For Hot Swap pplications Lever hinge Lever contact point ~25mm 2 E L n Lever not pushed d Lever Hinge1 1-2 Microswitch lever pushed down: injector/extractor handle in locked position. 1-3 Microswitch lever not pushed down: injector/extractor handle un-locked. Suitable for CompactPCI and other hot swap applications using a front panel injector/extractor handle operated device. Note: The required blue LED on the front panel is not offered and may be obtained otherwise. Microswitch Technical Data. Ratings: 30 V DC, 5-50 m, resistive load (30,000 cycles) 60 V DC, 5 m, resistive load (30,000 cycles) 60 V DC, 500 m, resistive load (15,000 cycles) Operating Temp.: -13 F (25 C) to +158 F (+70 C) Humidity: RH 85% max Vibration: 10Hz to 55Hz, 18g Shock: 30g, 11 msec May be inserted into both the CompactPCI and the Telecom handle. Microswitch assembly includes: Microswitch 3 wires, 25 mm x # 32 WG Plug Retention clip Order No (1 assembly) The PCB mounted header may be a through hole mounted header or a surface mounted header. Through hole mounted header: Order No piece Surface mounted header: Order No piece Note: Minimum quantity is 10 pieces. Microswitch Packs of Order No. Micrositch retainer Micrositch with harness assembly 99

88 ccessories Keys Keys are used for keying plug-type assemblies, and prevent them from being used in incorrect slots. The pins are inserted into the chambers of keyable guide rails and type IV and VII injector/extractor handles. There are 64 different keying options in total for each guide rail. When the upper and lower guide rails are both keyed, this produces a total of 4,096 different combinations. Color Packs of Order No. Grey Red Plastic, self-extinguishing to UL 94-V0 Supply Includes: 100 keys ccessories: Keying tool for simple assembly of up to 3 coding keys ccording to PICMG 2.10, IEC and IEEE Position 1 Position 2 Position 3 Position 4 Keying Tool For simple assembly of keys. Up to 3 coding keys may be fitted simultaneously. n integral alignment pin makes positioning easier. Packs of Order No Plastic, UL 94-V0, self-extinguishing Supply Includes: 1 keying tool EMC Gaskets, Vertical Version 1 Version 2 To ensure EMC protection between U-channel front panels and subrack side panel. There is a choice of two versions: Version 1: Segmented Version 2: One-piece Version 1: Segmened U Order No. Order No. Packs of 1 Packs of Stainless steel Version 2: One Piece U Order No. Packs of PCB Holder Kit For attaching the PCB. Only required at the top of 3U front panels. Die-cast Packs of Order No ssembly screws should be ordered separately: For attaching of Packs of Order No. PCB to PCB holder Front Panel to PCB holder 100

89 Smart Protection With CompactPCI Front Panels Single Handle Panels 4 HP > 4 HP EMC Front Panels For PCBs (U-Channel) For Single Handles 4 HP 6U >4 HP 6U U Order No. 4HP 8HP 12HP 16HP mm aluminum extruded Finish: clear chromated 3U 3U For CompactPCI handles, see pages For filler panels, see pages EMC (U-channel) 3U EMC Front Panel Kits With (Single) Type IVs Handles Kit Includes: U-channel front panel 1 piece PCB holder 1 piece EMC gasket 1 piece Injector/ejector handle assembly 1 piece, black ssembly parts HP Packs of Kit No U EMC Front Panel Kits With (Single) Type IVs Handles Kit Includes: U-channel front panel 1 piece EMC gasket 1 piece Injector/ejector handle assembly 2 pieces, black ssembly parts Order optional PCB holders separately. HP Packs of Kit No Multiple Handle Panels >4 HP Material removed 3U >4 HP 6U EMC Front Panels For PCBs (U-Channel) For Multiple Handles U Order No. 8HP mm aluminum extruded Finish: clear chromated EMC Gaskets U Kit No. 10 pcs stainless steel When multiple handles are used, please lock the handles with the tying pin. See page

90 ± ± ± Maximum component space on PCB front end 3U= ± ± ± ± U = / 9U = U = ±0.1/ ± ± ± Maximum component space on PCB front end 6U=214.5, 9U= U = / 9U = U = / Front Panel Layout Dimensions CompactPCI Front Panels n 3U PCB Front Panels 6U nd 9U PCB Front Panels 4HP ± Ø B 1 (HP) 7.5±0.1 B csk HP U B1 B2 B3 B4 Tolerance X1 X HP B 1 (HP) B Ø B 1 10± ± ± ± ± PCB component side 3.92 PCB component side 6U = ±0.1 / 9U = 389.2±0.1 PCB PCB Component Side Top View Non-EMC Flat Front Panel B 1 - X ± ± ± ± ±0.1 PCB 3.92 PCB component side 3.92 PCB component side B 3 + X1 B 1 - X1 EMC U-Channel Front Panel 2 3 PCB 1 Front panel PCB Holder To be used for 3U PCBs on the top end and 6U PCBs in the middle (optional). Order No piece Kit No pieces die cast aluminum Note: n electronic file of these drawings is also available. Please contact Kaparel/Rittal. 102

91 Drive Chassis Vertical nd Horizontal Horizontal Drive Chassis Non-EMC Type H (Horizontal) Drive Chassis For 2U, 4U, and 6U Ripac Vario Drive Chassis Subracks Drives are H (horizontally) mounted Front removal drive chassis Will accept 51/4" HH (CD-ROM) or 31/2" drives Backplane pluggable for 31/2" drives Inquire for custom backplane designs 3 1/2" Drive Chassis With Cut-Out For 1 Drive No. of drives H W Order No aluminum extruded Finish: clear chromated 3 1/2" Drive Chassis With Cut-Out For 2 Drives No. of drives H W Order No Dual Drive Brackets With Cut-Outs For 2 Drives Including Mounting Parts Bracket Kit No. 1 pair aluminum extruded Finish: clear chromated 5 1/4" HH Drive Or CD-ROM Chassis With Cut-Out For 1 Drive No. of drives H W Order No ll dimensions are in millimeters (mm) Vertical Drive Chassis EMC 3.92 HP H M2.5 type thread EMC Gasket EMC design Drives are V (vertically) mounted Front removal drive chassis Will accept 5.25" HH (CD-ROM) or 3.5" drives Suitable for Ripac EMC and Non-EMC subracks Vertical Drive Chassis Support Guides: Provide for a rigid support of the drive chassis in the cpci system. Made of aluminum extrusion and are bolted on the top/bottom, front/rear horizontal rails. Each kit includes two (2) guides and mounting parts suitable for mounting one (1) vertical drive chassis. Order No: kit Vertical Mounted EMC Drive Chassis: Front panel: luminum extruded Finish: Clear chromated Side plate: Sheet aluminum Finish: Clear chromated Front pproximate Front Drive panel depth panel Kit No. UHP of drive H W 1 x 3.5" x 3.5" x 5.25" x 3.5" x x x x x 5.25"

92 ccessories n Solder Side Covers nd Panel daptersn Solder Side Covers protective solder side cover mounted over the component side 2 (backside) of the PCB may be required to prevent damage of backside components when cpci front mounted modules and/or cpci rear mounted I/O modules are installed/extracted from the subrack (cpci system). ll cpci modules having backside components or through-hole pins should provide a means for mounting a protective cover (solder side cover). The positioning and the hole size for cpci solder side cover mounting holes are defined in IEEE nnex and PICMG 2.0. While the solder side covers are optional per PICMG 2.0, the PICMG 2.1 hot swap specification shall provide a means for mounting a protective cover (solder side cover). Kaparel/Rittal offers two types of cpci solder side covers solid and vented. Solder side covers are mounted to the backside of the cpci module PCB at the front panel end with the existing PCB to front panel mounting screw and on the connector side with the plastic (removable) retention clip. Configuration: Pentastat SC660/050C UL 94-VO nti-static Surface resistivity of 1x1010 Ω/q Thickness.019"/0.5 mm Clear color Maximum temperature: +162 F/+72 C Non-washable Non-toxic, non-contaminating, reusable, recyclable Specifications: IEEE IEEE nnex PICMG 2.0 PICMG 2.1 UL 94-VO (meets or exceeds MIL-B C) Yellow board QMFZ 8; E17348 and E171348B cpci Solder Side Covers - Solid Description For PCB size Qty Order No. Solder side cover - solid 6U x 160 mm Solder side cover - solid 6U x 80 mm Solder side cover - solid 3U x 160 mm Retention clip cpci Solder Side Covers - Perforated With 2 mm Holes Description For PCB size Qty Order No. Solder side cover - perforated 6U x 160 mm Solder side cover - perforated 6U x 80 mm Solder side cover - perforated 3U x 160 mm Retention clip Front Panel dapters typical application is when a 3U x 4 HP EMC plug-in unit is installed into a 6U system. This adapter kit provides for an additional 3U EMC filler front panel to be attached to the top end of the CPCI EMC front panel via a bracket. Note: The top handle is optional. Packs of Order No Board dapters typical application is when two 3U CPU boards are on top of each other, creating a 6U board system, where the enviroment requires two times P1/J1-P2/J2 (typically two 3U 32-/64-bit CPCI boards in one slot). This kit provides for an adapter plate (FR4) to connect two CompactPCI boards to the front panel and solder side cover (back cover) mounting holes. modified 6U front panel is required; please inquire for additional information. Packs of Order No Ø2.70 CSK 4 places

93 n ccessories PMC Or CMC Front Panels nd Covers PMC Or CMC Front Panels PMC Front Panels Support Spacer For PCI mezzanine boards (PMC). Conforms to IEEE 1386(CMC)/1386.1(PMC) Die-cast zinc Supply Includes: 1 front panel ccessories: EMC sealing ring and gasket see below For PCI mezzanine boards (PMC). Conforms to IEEE 1386(CMC)/1386.1(PMC) Extruded aluminum section, clear chromated Supply Includes: 1 front panel ccessories: EMC sealing ring and gasket see below 10 mm, for mounting mezzanine boards. Supply Includes: 1 support spacer Packs of Order No Packs of Order No Packs of Order No Covers To conceal unused mezzanine cutouts in 3U and 6U front panels. The covers are simply clipped into the cutouts. Packs of Order No EMC Seals For inserting into the all-round channel of the mezzanine front panels. Material/Surface Finish: Sealing ring made form conductive carbon filled silicon, sealing gasket made from stainless steel Options Packs of Order No. Sealing ring Sealing gasket ssembly Screws nd Keying ssembly parts for all PMC components are M2.5x6 inch screws. To ensure use of correct voltage of mezzanine parent boards. The keying pins are bolted onto the boards. Packs of Order No. ssembly Parts Keys

94 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Modular CompactPCI Backplanes Rack-Mounted System For VMEbus In Detail: Kaparel/Rittal Systems For VMEbus Based on tried-and-true VMEbus technology, Kaparel/Rittal offers complete microcomputer assembly systems for the configuration of VMEbus computers. The systems are supplied complete with power supply unit and backplane, fully assembled, pre-wired and tested. In addition to the pre-configured computer shown here, individual solutions can also be configured for specific requirements. We will be happy to assist you at every stage of the process, from the initial consultancy and development, through to production. Systems for the configuration of industrial computers to VME specifications Fully assembled, pre-wired and tested, including backplane and power supply unit Individual ventilation concepts Conforms to IEC as well as IEEE / and Design Features Side Panels nd Covers made from clear chromated aluminum. 10 mm Pitch Pattern Of Holes in the side panels permits individual system configuration. Keyable Guide Rails for the installation of keying pegs. Horizontal Rails With 10 mm Extension for injector/extractor handles. 106

95 2 EMC Measures Conductive Connections between all system components. EMC Gaskets made from stainless steel make contact with the individual components. EMC Front Panel with EMC gaskets ensures reliable contact. 3 ESD Protection B C B ESD Protection ESD pin (C) and ESD clip in the card guide () to discharge static charges before contacting the board type plug-in unit. ESD Clip in the PCB guide (B) ensures permanent direct discharge via the printed circuit board. 4 Climate Control Maximum irflow thanks to the slimline design of the guide rails and horizontal rails. Individual Ventilation Concepts ensure controlled air flow and optimum heat dissipation. Optionally from bottom to top or from front to back. RiCool Flat-pack Blower ensures optimum ventilation. 1U, hot-swap-compatible, 204 m 3 /h, including speed control and fault alarm signal. 5 System Installation Backplanes High-speed backplanes to VME/VME64x specifications. Power Supply Units in various output categories, plug-type or open frame. Injector/Extractor Handles To reliably overcome high insertion/extraction forces. Live Insertion Microswitches in the injector/extractor handles deactivate the board type plug-in unit prior to disconnection, and conversely during insertion. 107

96 Overview Of Systems For VMEbus Ripac VME/VME64x Slim-Box Ripac VME/VME64x Systems Ripac VME/VME64x Systems 1, 2, 3, 4U/2, 4, 6, 8 slot in C input Order No. see pages For backplanes see page 60 pplications Configuration of mm (19") industrial computer systems to the VME specifications for Telecommunications utomation Design Features mm (19") rack-mounted system for horizontal installation of computer boards at the front, and I/O boards at the rear 1U, 2U, 3U, 4U, 300 mm deep Standard cooling from left to right or right to left Sheet steel, spray-finished (black) Including backplane and fan Fully assembled, wired and tested Configuration for VME boards to VME = VIT-1, VME64x = VIT-1.1 3U, 5 slot/4u, 7 slot horizontal Order No. see page 114 For backplanes see page 60 pplications Configuration of mm (19") computer systems to VME specifications for Process control Traffic management technology Image processing utomation Design Features mm (19") rack-mounted system for horizontal installation of double Euroboards 3U or 4U, 405 mm deep Clear chromated aluminum Including backplane and power supply unit Fully assembled, wired and tested Horizontal installation space for double Euroboards: 5 or 7 slots Installation of VME or VEM64x cards to VME specification 4U and 7U, 12 slot Order No. see page 116 For backplanes see page 60 pplications Configuration of mm (19") industrial computer systems to VME specifications for Process control Traffic management technology Image processing utomation Design Features mm (19") rack-mounted system for vertical installation of Euroboards/double Euroboards 4 or 7U, 405 mm deep Clear chromated aluminum Including backplane and power supply unit Fully assembled, wired and tested Horizontal installation chamber for double Euroboards: 12 slots Installation of VME or VME64x cards to VME specification User Benefits Horizontal installation of double Euroboards Maximum installation with minimal space requirements 2/4/6/8 slots at the front for 160 mm and at the rear for 80 mm boards Hot swap-compatible power supply units EMC and ESD protection Fully assembled, wired and tested Integral cooling from left to right Complies with VIT-1, VIT-1.1, IEC and IEEE / / User Benefits Horizontal installation of double Euroboards EMC version Fully assembled, wired and tested Targeted air routing from front to rear ESD protection Keyable guide rails Complies with IEC and IEEE / User Benefits Vertical installation of double Euroboards EMC version Fully assembled, wired and tested Targeted air routing from bottom to top ESD protection Keyable guide rails Complies with IEC and IEEE /

97 Overview Of Systems For VMEbus Ripac VME/VME64x Systems Ripac VME/VME64x Systems 7U, 12 Slots Order No. see page 118. pplications Configuration of mm (19") computer systems to VME specifications for Process control Traffic management technology Image processing utomation Design Features mm (19") rack-mounted system for vertical installation of double Euroboards 7U, 405 mm deep Clear chromated aluminum Includes backplane and power supply unit Fully assembled, wired and tested Installation chamber for Euroboards/double Euroboards: 12 slots Installation of VME or VME64x boards to VME specification 9 U, 12 Slots With RiCool Order No. see page 120. pplications Configuration of mm (19") computer systems to VME specifications for Process control Traffic management technology Image processing utomation Design Features mm (19") rack-mounted system for vertical installation of double Euroboards 9U, mm deep, at the rear for I/O modules Clear chromated aluminum Includes backplane and power supply unit Fully assembled, wired and tested Installation chamber for Euroboards/double Euroboards: 12 slots Installation of VME or VME64x boards to VME specification Including 2 radial fans; max. output: 204 m 3 /h, hot swap, speed control User Benefits Vertical installation of double Euroboards EMC version Fully assembled, wired and tested Targeted air routing from front to rear ESD protection Keyable guide rails Complies with IEC and IEEE / User Benefits Vertical installation of double Euroboards EMC version Fully assembled, wired and tested Targeted air routing from bottom to top ESD protection I/O transition modules at the rear Keyable guide rails Effective ventilation with 2 radial fans RiCool Complies with IEC and IEEE / /

98 Order Information Slim-Box-C Maximum Cooling Rack-Mounted System 1U, 2 Slot nd 2U, 4 Slot For VME64x Order No. Order No. Page MPS system MPS system U 1 2 Depth 300 mm 300 mm For PCB depth - front 160 mm 160 mm - rear 80 mm 80 mm Part No Model No Mechanical Supply Includes Description Material mm (19") rack-mounted enclosure with Sheet steel, front/rear slots for boards spray finished front slots for PSU Guide rails, keyable Polycarbonate Electrical/Electronic Supply Includes Technical specifications Monolithic backplane VME64x 64 bit/66 MHz 1 1 For alternative, inquire and H.110 Power input module with power switch, line filter and fuse 1 1 DC fan, left see opposite 3 2 DC fan, right see opposite 4 3 ccessories Model No. C power supply unit* 175 W PS C power supply unit* 200 W PS C power supply unit* 250 W PS EMC front panel 6U, 4HP EMC front panel 6U, 8HP EMC front panel 3U, 4HP EMC front panel 3U, 8HP * Note: These power supplies do not require a minimum load to operate. For power supplies that are used under full load condition, you may want to use the same power supply which requires a minimum load of approximately 5%. These PSU are available. Please inquire. Note: For VME solutions with open frame or TX power supplies, please inquire. For VME64x solutions with open frame or TX power supply, please inquire. Note: Image of CompactPCI backplane in place of VME64x backplane. 110

99 Order Information Slim-Box-C Rack-Mounted System 1U nd 2U For VME64x Technical Specifications: 1 or 2U rack-mounted enclosure with mm (19") mounting brackets (may be offset approximately 100 mm to the rear) 2/4 slots for VME boards at the front and rear Enclosure cooling from left to right EMC and ESD-compatible configuration Integral Monolithic VME64x backplane Power input module Including fan: for 1U: 12 VDC, 21 m3/h, for 2U: 12 VDC, 74 m3/h Optional: Hot swap-compatible power supply units with current splitting for redundancy operation (2U) Custome versions available on request Conforms to IEEE /10/11, VIT-1, VIT-1.1 C DC Power Supply Unit 175 W, hot swap-compatible, Order No. see page 90. Monolithic 9U VME64x Backplane Note: CompactPCI backplane shown Power Input Module 111

100 Order Information Slim-Box-C Rack-Mounted System 3U, 6 Slot nd 4U, 8 Slot For VME64x Order No. Order No. Page MPS system MPS system U 3 4 Depth 300 mm 300 mm For PCB depth - front 160 mm 160 mm - rear 80 mm 80 mm Part No Model No Mechanical Supply Includes Description Material mm (19") rack-mounted enclosure with Sheet steel, front/rear slots for board spray finished front slots for PSU 3 3 Guide rails, keyable Polycarbonate Electrical/Electronic Supply Includes Technical specifications Monolithic backplane VME64x 64 bit/33 MHz 1 1 For alternative, inquire and H.110 Power input module with power switch, line filter and fuse 1 1 DC fan, left See opposite 1 4 DC fan, right See opposite ccessories Model No. C power supply unit* 175W PS C power supply unit* 200W PS C power supply unit* 250W PS EMC front panel 6U, 4HP EMC front panel 6U, 8HP EMC front panel 6U, 12HP EMC front panel 6U, 16HP EMC front panel 3U, 4HP EMC front panel 3U, 8HP EMC front panel 3U, 12HP EMC front panel 3U, 16HP * Note: These power supplies do not require a minimum load to operate. For power supplies that are used under full load condition, you may want to use the same power supply which requires a minimum load of approximately 5%. These PSU are available. Please inquire. Note: For VME solutions with open frame or TX power supplies, please inquire. For VME64x solutions with open frame or TX power supply, please inquire. Note: Image of CompactPCI backplane in place of VME64x backplane. 112

101 Order Information Slim-Box-C Rack-Mounted System 3U nd 4U For VME64x Technical Specifications: 3 or 4U rack-mounted enclosure with mm (19") mounting brackets (may be offset approximately 100 mm to the rear) 6/8 slots for VME boards at the front and rear Enclosure cooling from left to right EMC and ESD-compatible configuration Integral Monolithic VME64x backplane Power input module Including fan: for 3U: 12 VDC, 195 m 3 /h or 74 m 3 /h, for 4U: 12 VDC, 74 m 3 /h Optional: Hot swap-compatible power supply units with current splitting for redundancy operation Custom versions available on request Conforms to IEEE /10/11, VIT-1, VIT-1.1 C DC Power Supply Units, redundant, Order No. see page 139. Fan in the side panel. Monolithic 9U VME64x Backplane Note: CompactPCI backplane shown 113

102 Order Information Rack-Mounted System For VMEbus 3U,5 Slot nd 4U,7 Slot Horizontal Order No. Order No. Order No. Order No. Page MPS system MPS system MPS system MPS system for VME for VME64x for VME for VME64x U Side panel Wiring chamber (w) mm For PCB depth (mm) U x 160 mm Mechanical Supply Includes Item Description Material Quantity 1 Basic subrack system luminum, (side panels, horizontal rails, clear chromated/ flanges, EMC gaskets) stainless steel 2 Covers, solid 1 mm aluminum, clear chromated 3 ir block panel Epoxy Horizontal subrack luminum, height/width splitting clear chromated 5 Trim frame for subrack 2.5 mm aluminum, height/width splitting clear chromated 6 Mounting base for 2 mm aluminum, power supply unit anodized EMC cover plate for fan luminum, clear chromated 7 Plastic guide rails PC UL 94-V a Keyable plastic guide rails PC UL 94-V EMC front panel 3U or 2.5 mm aluminum, U/8HP, for switch/led clear chromated EMC rear panel 3U/84HP, 2.5 mm aluminum, 1 1 with fan and connector cutout clear chromated EMC rear panel 4U/84HP, 2.5 mm aluminum, 1 1 with fan and connector cutout clear chromated Electrical / Electronic Supply Includes Technical specifications 10 DC fan 48 m 3 /h per fan (UL, CS, VDE) Optional speed control 11 Combined unit with integral 6 (VDE, UL, CS) filter and IEC socket 12 Open frame power supply unit 250W, 5 V/ 35, V/8, -12 V/8, (VDE, UL, CS) 13 VME backplane J1, 5 slots, IN-board passive, DC 13 VME64x backplane J1/J2, 5 slots (without P0) 13 VME backplane J1, 7 slots, IN-board passive, DC 13 VME64x backplane J1/J2, 7 slots LED display module with For +5 V, ±12 V, mains switch fan failure 14 C cable harness X X X X 16 Filter module for DC fan Interference voltage filter DC available upon request X X X X Ripac Rack-Mounted System For VMEbus (VME, VME64 x) 3U, 5 slots, horizontal. 114 Ripac Rack-Mounted System For VMEbus (VME, VME64 x) 4U, 7 slots, horizontal.

103 Order Information Rack-Mounted System For VMEbus 3U, 5 Slot nd 4U, 7 Slot Horizontal n Deviations For VME64x: Front horizontal rail with 10 mm extension (type B) Plastic guide rail, keyable Backplane J1/J2 (6U) Illustration: 3U MPS system for VME Technical Description: Solid subrack, 405 mm deep, for installation in mm (19") enclosures or cases Prepared to accommodate VMEbus boards and drives Complies with IEC and IEEE / ccessories: Backplanes, see page 60 Front panels, see page 96 Power supply units, see page 138 ir block panel for plastic guide rails, see page 182 PCB covers, see page 188 Keying per IEC , IEEE Electronic Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 3U 4U For the horizontal installation of double-euroboards: 5 slots (20HP) For the horizontal installation of double Euroboards: 7 slots (28HP) For the vertical installation of drives: 16HP Integral power supply unit, 250W, with automatic range changeover Including VME or VME64x backplane, 5 slots Including VME or VME64x backplane, 7 slots Front horizontal rails with 10 mm extension for injector/extractor handles (with VME64x) Keyable plastic guide rails (for VME64x) Cooling from front to rear Forced ventilation with 1 DC fan, optional speed control EMC protection due to conductive surface finish on all components and EMC gaskets Fully assembled, pre-wired and tested 115

104 Order Information Rack-Mounted System For VMEbus 4U nd 7U, 12 Slot (VME/VME64x) Order No. Order No. Order No. Page MPS system MPS system MPS system U 4U (3U+1U) 7U (6U+1U) 7U (6U+1U) Side panel Wiring chamber (t) mm For PCB For VME For VME For VME64x depth (mm) U/6U x 160 mm Mechanical Supply Includes Item Description Material Quantity 1 Basic subrack system (side panels, luminum, clear chromated/ horizontal rails, flanges, EMC gaskets) stainless steel 2 Covers, vented 1 mm aluminum, clear chromated 3 Finger guard Polyamide EMC front panel, 6U/4HP (with 7U) luminum, clear chromated 1 5 Support, vertical (with 7U) luminum, clear chromated 1 6 Fan mounting plate 1 mm aluminum, anodized Plastic guide rails PC UL 94-V a Plastic guide rails, keyable PC UL 94-V EMC front panel 1U/84HP, for switch/led 2.5 mm aluminum, clear chromated Rear panel 4U/84HP, horizontally hinged 2.5 mm aluminum, 1 with connector cutout clear chromated 9 EMC rear panel 7U/84HP, horizontally 2.5 mm aluminum, 1 1 hinged with connector cutout clear chromated Electrical/electronic Supply Includes Technical specifications 10 DC fan 140 m 3 /h per fan (VDE, UL, CS) optional speed control 11 Combined unit with integral filter 6 (VDE, UL, CS) and IEC socket 12 Open frame power supply unit 400W, 5 V/80, +12 V/8, V/8, (VDE, UL, CS) 12a Open frame power supply unit 400W, 3, 3 V/25, +5 V/25, V/8, -12 V/7 (VDE, UL, CS) 13 VME backplane J1, 12 slots, IN-board passive, DC VME64x backplane J1/J2, 12 slots LED display module with mains switch For (3.3 V) +5 V, ±12 V, fan failure 14 C cable harness X X X 16 Filter module for DC fan Interference voltage filter DC available upon request X X X Ripac rack-mounted system for VMEbus (VME) 4U (3 + 1), 12 slots. Ripac rack-mounted system for VMEbus (VME, VME 64x) 7U (6 + 1), 12 slots. 116

105 Order Information Rack-Mounted System For VMEbus 4U nd 7U, 12 Slot (VME/VME64x) Technical Description: Vented subrack, 405 mm deep, for installation in mm (19") enclosures or cases. Prepared to accommodate VMEbus boards and drives. Complies with IEC and IEEE / ccessories: Backplanes, see page 60 Front panels, see page 96 Power supply units, see page 138 ir block panel for plastic guide rails, see page 182 PCB covers, see page 188 Deviations For VME64x: Front horizontal rail with 10 mm extension (type B) Plastic guide rail, keyable 6U backplane Illustration: 7U MPS system for VME Electronic Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. Option of installing 12 Euroboards (3U x 160 mm) For the installation of drives: 36HP Option of installing 12 double-euroboards (6U x 160 mm) For the installation of drives: 32HP, 36HP (for VME 64x) 4U 7U Integral 400W power supply with wide-range input Including VME64x J1/J2 backplane, 12 slots Front horizontal rails with 10 mm extension for injector/ extractor handle (with VME64x) Keyable plastic guide rails (for VME64x) Cooling from bottom to top Forced ventilation with 3 DC fans EMC protection, due to conductive surface finish on all components and EMC gaskets Fully assembled, pre-wired and tested Sample application (RiCase instrument case with system configuration) illustrating the diversity of Ripac system solutions. Ripac box type plug-in units to accommodate PCBs. Order No. see page

106 Order Information Rack-Mounted System For VMEbus 7U, 12 Slot (VME, VME64x) Order No. Order No. Page MPS system MPS system U 7 (6 + 2 x.5) 7 (6 + 2 x.5) Side panel Wiring chamber (t) mm For PCB For VME For VME64x depth (mm) U/160 mm Mechanical Supply Includes Item Description Material Quantity 1 Basic subrack system (side panels, luminum, clear chromated/ 1 1 horizontal rails, flanges, EMC gaskets) stainless steel 2 Cover plate with 1/2U edge fold and cutouts 1 mm aluminum, 1 1 for switches/leds clear chromated 3 L-shape cover with 1/2U edge fold, 1 mm aluminum, 1 1 vented at front clear chromated 4 EMC front panel, 6U /4HP 2.5 mm aluminum, 1 clear chromated EMC cover plate for fans luminum, 3 3 clear chromated 5 Vertical support luminum, 1 clear chromated 6 ir baffle plate 1 mm aluminum, 1 1 anodized 7 ir block panel, 1/2U Epoxy Plastic guide rails PC UL 94-V1 24 8a Keyable plastic guide rails for VME64x PC UL 94-V EMC rear panel, horizontally hinged, 7U, 2.5 mm aluminum, 1 1 with fan and connector cutout clear chromated Electrical/Electronic Supply Includes Technical specifications 10 DC fan 140 m 3 /h per fan (UL, CS, VDE) optional speed control 11 Combined unit with integral filter and 6 (VDE, UL, CS) IEC socket 12 Open frame power supply unit 400W, 5 V/80, V/8, -12 V/8 (VDE, UL, CS) Open frame power supply unit 400W, 3.3 V/25, V/25, +12 V/ 8, -12 V/7 (VDE, UL, CS) 13 VME backplane J1, 12 slots, IN-board passive, DC VME64x backplane J1/J2, 12 slots (without P0) LED display module with mains switch For (3.3 V) +5 V, ±12 V, fan failure 15 Filter module for DC fan Interference voltage filter C cable harness X X DC available upon request X X Ripac Rack-Mounted System For VMEbus (VME, VME64 x) 7U (6 + 2 x.5), 12 slots. 118

107 Order Information Rack-Mounted System For VMEbus 7U, 12 Slot (VME, VME64x) Technical Description: Vented subrack, 405 mm deep, for installation in mm (19") enclosures or cases Prepared to accommodate VMEbus boards and drives Complies with IEC and IEEE / ccessories: Backplanes, see page 60 Front panels, see page 96 Power supply units, see page 138 ir block panel for plastic guide rails, see page 182 PCB covers, see page 188 Deviations For VME64x: Front horizontal rail with 10 mm extension (type B) Plastic guide rail, keyable 6U backplane Illustration: 7U MPS system for VME Electronic Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. 7U Option of installing 12 double-euroboards (6U x 160 mm) For the installation of drives: 32HP/36HP (for VME64x) Integral 400W power supply with wide-range input Including VME or VME64x backplane, 12 slots Front horizontal rails with 10 mm extension (for VME64x) Keyable plastic guide rails (for VME64x) Cooling from front to rear Forced ventilation with 3 DC fans EMC protection, due to all-round EMC gaskets Fully assembled, pre-wired and tested Plastic nti-static Cover: For mechanical protection of the PCB solder side and EMC gaskets. Order No. see page 201. ir Block Panel: For guide rails, to prevent air flow on unused slots. Order No. see page

108 Order Information Rack-Mounted System For VMEbus 9U, 12 Slot (VME64x) With RiCool Radial Fan Order No. Page MPS system U 9 Side panel Wiring chamber (t) mm For PCB For VME64x depth (mm) U x 160 mm Mechanical Supply Includes Item Description Material Quantity 1 Basic subrack system (side panels, luminum, clear chromated/stainless steel 1 horizontal rails, flanges, EMC gaskets) 2 EMC covers, vented 1 mm aluminum 2 3 Center horizontal rail 12HP 1 mm aluminum, clear chromated 1 4 Z rail 12HP luminum, clear chromated 4 5 EMC contact strip luminum, clear chromated 2 6 Plastic guide rails, keyable Polycarbonate UL 94-V0 24 Plastic guide rails for power supply unit Polycarbonate UL 94-V0 2 6a Plastic guide rails for I/O transition modules Polycarbonate UL 94-V EMC front panel 6U/36HP 2.5 mm aluminum, clear chromated 1 8 Front panel 1.5U/84HP, horizontally hinged 2.5 mm aluminum, clear chromated 1 9 Front panel 1.5U/84HP, vented, horizontally hinged 2.5 mm aluminum, clear chromated 1 for switches/leds 10 EMC rear panel, 1.5U/84HP, vented 2.5 mm aluminum, clear chromated 1 11 EMC rear panel, 1.5U/84HP, with connector cutout 2.5 mm aluminum, clear chromated 1 12 Filter mat 160 mm, 84HP, slide-in 1 13 Mounting plate for RiCool 1 mm aluminum, anodized 1 Electrical/Electronic Supply Includes Technical specifications 14 RiCool DC fan (may be pulled out forwards individually) 204 m 3 /h, 48 W Combined unit with integral filter and IEC connector 6 (VDE, UL, CS) Power supply unit, plug-in type, 6U/12HP 356 W, 5 V/35, +12 V/6, -12 V/2, (VDE, IEC) VME64x backplane J1/J2, 12 slots LED display module with mains switch For +5 V, ±12 V, fan failure Power supply unit backplane 47 pin positronic C cable harness X DC available upon request X Ripac rack-mounted system for VMEbus (VME64x) 9U (6 + 2 x 1.5), 12 slots, with RiCool radial fan. Installation facility at rear for I/O transition modules. 120

109 Order Information Rack-Mounted System For VMEbus 9U, 12 Slot (VME64x) With RiCool Radial Fan Technical Description: Vented subrack, mm deep, for installation in mm (19") enclosures or cases Prepared to accommodate VMEbus boards and drives Complies with IEC and IEEE / ccessories: Backplanes, see page 60 Front panels, see page 96 Power supply units, see page 138 ir block panel for plastic guide rails, see page 182 PCB covers, see page 188 Illustration: MPS system, 9U, for VME64x Electronic Service: Modifications or custom solutions are available. The Kaparel/Rittal system specialists will assist you with planning and configuration. Option of installing 12 Euroboards (6U x 160 mm), recessed For the installation of drives or additional power supply units: 24HP Integral power supply unit, plug-in type, 6U/12HP, 270 W Including VME64x backplane, 12 slots Option of installing 12 I/O modules at the rear Front horizontal rails with 10 mm extension for injector/ extractor handles Keyable plastic guide rails Cooling from front to rear Forced ventilation with 2 RiCool radial fans, 12 V/48W (may be pulled out forwards) EMC protection, due to conductive surface finish on all components and EMC gaskets Fully assembled, pre-wired and tested 9U RiCool Hot-Swap Fan: Maximum output of 204 m 3 /h with just 1U installation space. Front Panel: With switch module and display board with LEDs see page

110 ccessories VMEbus System Mains Switch Rocker switch 6 /250V, 2-pole, FSTON connections (4.7 x 0.8 mm) VDE, UL, CS, TÜV, SEMKO, DEMCO, SEV, NEMKO, SETI, BEB approvals Insulation resistance: > 10 MΩ Test voltage: 1 kv Frame: 21 x 15 mm Cutout: 19.2 x 12.9 mm Installation depth: 17 mm Max. current Packs of Order No Line Cord Length Order No. pproximately 2 meters Front Panel With LED nd Line Switch Front panel with switch module and display board with LEDs. Supply Includes: EMC partial front plate, 5HP Rocker switch Display board with LEDs: +3.3 V/+5 V/+12 V/-12 V fan failure ssembly parts Legend for Order No. Order No. LED s 3U 4U +3,3 V +5 V ±12 V larm Filter Module For DC Fan With Fault Monitoring The filter module serves to suppress interference on the +12 V power supply. In addition, a signal is generated in the event of a fan failure or a significant drop below the nominal speed (displayed via the LED display board). Maximum current of fan: 700 m at an operating voltage of 12 V DC Supply Includes: 1 board 2 plug-in connections Packs of Order No

111 ccessories VMEbus System Combination Unit For Mains Input Combination module consisting of IEC 320 socket, line filter and 5 x 20 mm fuse holder to IEC 320 and IEC 950. Technical Specifications: Metal enclosure for screw fastening Mains input: via IEC 320 socket Mains output: via 3 FSTON contacts (L, N, PE, 6.3 x 0.8) Versions with or without switches. Temperature range: -25 C to +85 C Supply Includes: Enclosure, with integrated IEC 320 socket, line filter M M Order No. Order No. Combination Combination unit with unit without switch switch Mains voltage max. 250 VC 250 VC Leakage current 2 x 0.32 m 500 µ Max. current 6 6 Mounting holes 40 mm 36 mm Install. depth 90 mm 56 mm Cutout 60 x 29 mm 33.9 x 29 mm pprovals VDE, SEMKO, VDE SEV, UL, CS max. R2.5 max. R2.5 Plastic Covers For VME Printed Circuit Boards Covers for mechanical protection of the second component side. Optionally available as a perforated or solid version. Fastening clips are required for mounting the perforated covers. 0.3 mm plastic, antistatic For PCBs Packs of Order No. Solid 3U x 160 mm U x 160 mm U x 80 mm Fastening clips Other ccessories Backplanes, see page 60 Power supply units, see page 138 Partial front plates/handles, see page 96 Box type plug-in units, see page 187 Plastic guide rails, see page 182 Keys, see page 186 Fans, see page 220 Rack-mounted fans, see page 220 Guide rails, see page

112 Technical Specification VMEbus n General Technical Data For The VMEbus The VMEbus, based on standard IEEE 1014 and IEC 821, has become established worldwide as an industry standard. The VME64 is an extension to the VME family according to NSI/VIT , and supports 64-bit data traffic. VME64x is an addition to the VME family according to NSI/VIT and is available with an optional 133-pin, 2 mm J0 connector. 160-pin connectors are used for VME64x. This system remains backward-compatible, so that assemblies with 96-pin connectors to DIN can still be used. ll Kaparel/Rittal VMEbus boards are of a HIGHSPEED DESIGN. Minimum reflections are achieved, due to even surge impedance on the signal track. Consistent shielding of every signal trace ensures minimum coupling and therefore guarantees problem-free operation, even with an expansion to 64-bit mode with the 2e protocol (160Mbyte/s). Daisy Chain Connection For daisy chain connections, a distinction is made between manual daisy chaining and automatic daisy chaining. utomatic daisy chaining eliminates the need for jumper connection, and time-consuming insertion and extraction are eliminated. Furthermore, possible mis-connections are avoided. utomatic daisy chaining can be achieved in two ways. Kaparel/Rittal VMEbuses are generally supplied with automatic daisy chaining. Pin assignment J1 Pin assignment for J1 connector, VME64x Pin assignment for J1 connector, VME Pin No. Row z Row a Row b Row c Row d 1 MPR D00 BBSY D08 VPC 2 GND D01 BCLR D09 GND 3 MCLK D02 CFIL D10 +V1 4 GND D03 BG0IN D11 +V2 5 MSD D04 BG0OUT D12 RSVU 6 GND D05 BG1IN D13 -V1 7 MMD D06 BG1OUT D14 -V2 8 GND D07 BG2IN D15 RSVU 9 MCTL GND BG2OUT GND GP 10 GND SYSCLK BG3IN SYSFIL GO 11 RTRY1 GND BG3OUT BERR G1 12 GND DS1 BR0 SYSRESET +3.3 V 13 RSVBUS DS0 BR1 LWORD G2 14 GND WRITE BR2 M V 15 RSVBUS GND BR3 23 G3 16 GND DTCK M V 17 RSVBUS GND M1 21 G4 18 GND S M V 19 RSVBUS GND M3 19 RSVBUS 20 GND ICK GND V 21 RSVBUS ICKIN SERCLK(1) 17 RSVBUS 22 GND ICKOUT SERDT(1) V 23 RSVBUS M4 GND 15 RSVBUS 24 GND 07 IRQ V 25 RSVBUS 06 IRQ6 13 RSVBUS 26 GND 05 IRQ V 27 RSVBUS 04 IRQ4 11 LI/I 28 GND 03 IRQ V 29 SBB 02 IRQ2 09 LI/O 30 GND 01 IRQ V 31 SB - 12 V +5 V STDBT + 12 V GND 32 GND + 5 V + 5 V + 5 V VPC Termination In order to avoid malfunctions on signal tracks caused by reflections at the open track end, these must be terminated with the VMEbus. Termination may be either at the ON/IN board (on the backplane) or the OFF board (external). There are two types of termination - passive and active. The advantage of active termination lies in its lower closed-circuit current consumption, whilst passive termination is distinguished by a superior frequency response and a wider temperature range. Pin assignment J2 Pin assignment for J2 connector, VME64x Pin assignment for J2 connector, VME Pin No. Row z Row a Row b Row c Row d 1 UD User def. + 5 V User def. UD 2 GND User def. GND User def. UD 3 UD User def. Retry User def. UD 4 GND User def. 24 User def. UD 5 UD User def. 25 User def. UD 6 GND User def. 26 User def. UD 7 UD User def. 27 User def. UD 8 GND User def. 28 User def. UD 9 UD User def. 29 User def. UD 10 GND User def. 30 User def. UD 11 UD User def. 31 User def. UD 12 GND User def. GND User def. UD 13 UD User def. + 5 V User def. UD 14 GND User def. D16 User def. UD 15 UD User def. D17 User def. UD 16 GND User def. D18 User def. UD 17 UD User def. D19 User def. UD 18 GND User def. D20 User def. UD 19 UD User def. D21 User def. UD 20 GND User def. D22 User def. UD 21 UD User def. D23 User def. UD 22 GND User def. GND User def. UD 23 UD User def. D24 User def. UD 24 GND User def. D25 User def. UD 25 UD User def. D26 User def. UD 26 GND User def. D27 User def. UD 27 UD User def. D28 User def. UD 28 GND User def. D29 User def. UD 29 UD User def. D30 User def. UD 30 GND User def. D31 User def. UD 31 UD User def. GND User def. UD 32 GND User def. + 5 V User def. UD 124

113 Technical Specification VMEbus utomatic Daisy Chaining J1 nd J1/J2 utomatic Daisy Chaining VME64x Due to the use of connectors with integral mechanical switches, the contact is automatically opened when the daughterboard is inserted, and closed again when it is extracted. In this case, the option for automatic daisy chaining is achieved due to an or logic integrated onto the backplane. When the daughterboard is extracted, the logic closes the daisy chain. Chassis GND Connection Power Connections continuous, electrically conductive chassis GND plane is connected to the backplane mounting points on the subrack. This facilitates EMC-sealed mounting of the backplane on the subrack. In the case of VME64x, the subrack and system earth are RF-coupled by means of capacitors (10nF, 200 V on each slot). Static charges are discharged via a resistor ( 1MΩ). combined connection component is available for connecting the enclosure earth (screw M4 and FSTON 2.8 or 6.3 x 0.8 mm). Infeed of the main operating voltage + 5 V/+ 3.3 V and GND is achieved via busbars with an M6 screw connection. The auxiliary operating voltages are supplied via double-fstons with an additional M4 screw terminal. The arrangement of the feed modules on the backplane ensures optimum power supply to the daughterboards for problem-free operation. Utility Connector Special signals to the power supply unit and to external LEDs are routed on a separate connector on the backplanes. Depending on the backplane type, a 7-pin, 10-pin or 14-pin connector with 2.54 mm spacing is provided. Pin ssignment, 7 Pins 1 GND Sense V Sense 3 GND V 5 CFIL- 6 SYSFIL- 7 SYSRESET- Pin ssignment, 10/14 Pins GND 1 2 GND Sense (5 V) + 5 V V Sense CFIL- 5 6 CFIL- SYSFIL- 7 8 SYSFIL- SYSRESET SYSRESET V V GND GND Sense (3.3 V) 125

114 Technical Specification VMEbus Geographical ddress Pin ssignments (VME64x) Slot Number GP G4 G3 G2 G1 G0 Pin J1-D9 Pin J1-D17 Pin J1-D15 Pin J1-D13 Pin J1-D11 Pin J1-D10 1 Open Open Open Open Open GND 2 Open Open Open Open GND Open 3 GND Open Open Open GND GND 4 Open Open Open GND Open Open 5 GND Open Open GND Open GND 6 GND Open Open GND GND Open 7 Open Open Open GND GND GND 8 Open Open GND Open Open Open 9 GND Open GND Open Open GND 10 GND Open GND Open GND Open 11 Open Open GND Open GND GND 12 GND Open GND GND Open Open 13 Open Open GND GND Open GND 14 Open Open GND GND GND Open 15 GND Open GND GND GND GND 16 Open GND Open Open Open Open 17 GND GND Open Open Open GND 18 GND GND Open Open GND Open 19 Open GND Open Open GND GND 20 GND GND Open GND Open Open 21 Open GND Open GND Open GND Pin ssignments J0 PIN Number ROW Z ROW ROW B ROW C ROW D ROW E ROW F 1 GND User defined User defined User defined User defined User defined GND 2 GND User defined User defined User defined User defined User defined GND 3 GND User defined User defined User defined User defined User defined GND 4 GND User defined User defined User defined User defined User defined GND 5 GND User defined User defined User defined User defined User defined GND 6 GND User defined User defined User defined User defined User defined GND 7 GND User defined User defined User defined User defined User defined GND 8 GND User defined User defined User defined User defined User defined GND 9 GND User defined User defined User defined User defined User defined GND 10 GND User defined User defined User defined User defined User defined GND 11 GND User defined User defined User defined User defined User defined GND 12 GND User defined User defined User defined User defined User defined GND 13 GND User defined User defined User defined User defined User defined GND 14 GND User defined User defined User defined User defined User defined GND 15 GND User defined User defined User defined User defined User defined GND 16 GND User defined User defined User defined User defined User defined GND 17 GND User defined User defined User defined User defined User defined GND 18 GND User defined User defined User defined User defined User defined GND 19 GND User defined User defined User defined User defined User defined GND 126

115 Order Information Backplanes VME64x Technical Specifications: Number of layers 10 Layer structure Optimized for best RF protection. Outer layers designed as shielding surface PCB thickness 4.3 mm Ohmic resistance of signal lines < 1.5 Ohm Surge impedance Z of signal lines 50 Ohm Basic current consumption with active: <0.1 termination on two sides Power supply: - Busbar with M6 screw terminal x - M4 screw terminal and Faston 6.3 x 0.8 mm x - < 5 slots FSTON.3 x 0.8 mm Current carrying capacity of busbar 200 Current carrying capacity of a combined 25 double flat-pin connector/screw terminal Current carrying capacity of a 10 FSTON flat-pin connector Current carrying capacity of the assembly, +3.3 V 12.5 per slot +12 V V VSTDBY V (35-75 V) 3.0 Termination of ON/IN board active Installation height 6U/6.5U Distance between slots 4HP Connector Press-fit system, quality category 2, 400 connection cycles 160 pins compatible with c96 J0 optional distance 2 mm, 95/133 pins Operating temperature range ctive termination C Passive termination C Relative humidity 90%, non-condensing Glass epoxy to DIN (type FR4) Supply Includes: 1 backplane, fully populated VME64x 6U Slot Dimensions Order No. Order No. (H x W) mm without PO connector with PO connector x x x x x x VME64x 6.5U Slot Dimensions Order No. Order No. (H x W) mm without PO connector with PO connector x x x x x x ccessories for mounting of the backplanes, see page

116 Backplanes For VME System Bus VME64x System Bus VME J1/J2 Monolithic Order No. see page 127. Order No. see page 130. pplications reas Installation in VME computer systems for power and signal distribution, for plug-in boards and assemblies for Medical Process control Traffic guidance systems Image processing utomation Military Especially suitable for data transfer using fast drivers Design Features High-speed VME system bus Optical fiber epoxide to DIN (type FR4) 6U and 6.5U with 64-bit data width 5, 7, 9, 10, 12, 21 slots utomatic daisy chaining 10 layer multilayer With or without PO connector pplications reas Installation in VME computer systems for power and signal distribution, for plug-in boards and assemblies for Process control Traffic guidance systems Image processing utomation Medical Military Design Features High-speed VME system bus Optical fiber epoxide to DIN (type FR4) 6U with 32-bit data width 2-21 slots utomatic daisy chaining 6 layer multilayer Termination of ON/IN Board passive or active User Benefits High-speed backplane Conforms to NSI/VIT 1.1 and IEEE 1101 utomatic daisy chaining Optionally available with or without PO connector User Benefits High-speed backplane Conforms to NSI/VIT 1.1 and IEEE 1101 utomatic daisy chaining Passive or active termination 128

117 Backplanes For VME System Bus VME J1 System Bus VME J2 Monolithic Order No. see page 131. Order No. see page 131. pplications reas Installation in VME computer systems for power and signal distribution, for plug-in boards and assemblies for Process control Traffic guidance systems Image processing utomation Medical Military pplications reas Installation in VME computer systems for power and signal distribution, for plug-in boards and assemblies for Process control Traffic guidance systems Image processing utomation Medical Military Design Features High-speed VME system bus Optical fiber epoxide to DIN (type FR4) 3U with 16-bit data width 3-21 slots utomatic daisy chaining 6 layer multilayer Termination of ON/IN board passive Design Features High-speed VME system bus Optical fiber epoxide to DIN (type FR4) 3U with 16-bit data width 3-21 slots 2 layer multilayer Termination of ON/IN Board passive or active User Benefits High-speed backplane Conforms to NSI/VIT 1.1 and IEEE 1101 utomatic daisy chaining Passive termination User Benefits High-speed backplane Conforms to NSI/VIT 1.1 and IEEE 1101 Passive termination 129

118 Order Information Backplanes VME J1/J2 Monolithic Technical Specifications Number of layers 6 Layer structure Optimized for best RF protection. Outer layers designed as shielding surface PCB thickness mm Ohmic resistance of signal lines < 1.5 Ohm Surge impedance Z of signal lines 60 Ohm Basic current consumption with active: <0.1 termination on two sides passive: <1.4 Power supply: - Busbar with M6 screw terminal x - M4 screw terminal and Faston x 6.3 x 0.8 mm - < 5 slots FSTON 6.3 x 0.8 mm Current carrying capacity of busbar 200 Current carrying capacity of a combined 25 double flat-pin connector/screw terminal Current carrying capacity of a 10 FSTON flat-pin connector Current carrying capacity of the assembly, +5 V 12.5 per slot +12 V V VSTDBY 1.5 Termination of ON/IN board passive or active Installation height 6U Distance between slots 4HP Connector Press-fit system, quality category 2, 400 connection cycles C96 Operating temperature range ctive termination C Passive termination C Relative humidity 90%, non-condensing Glass epoxy EPGC 02 (FR 4) to UL 94-V0 Supply Includes: 1 backplane, fully populated VME J1/J2 monolithic Slot Dimensions Order No. Order No. (H x W) mm passive active x x x x x x x x x x VME J1/J2 monolithic Slot Dimensions Order No. Order No. (H x W) mm passive active x x x x x x x x x x ccessories for mounting of the backplanes, see page

119 Order Information VME J1 System Bus/VME J2 Expansion Bus VME J1 System Bus Slot Dimensions Order No. (H x W) mm x x x x x x x x Glass epoxy EPGC (FR 4) to UL 94-V0 ccessories for mounting of the backplanes, see page Slot Dimensions Order No. (H x W) mm x x x x x x x Supply Includes: 1 backplane, fully populated Technical Specifications Number of layers 10 2 Layer structure Optimized for best RF protection. Outer layers designed as shielding surface PCB thickness 3.2 mm 3.2 mm Ohmic resistance of signal lines < 1.5 Ohm < 1.5 Ohm Surge impedance Z of signal lines 60 Ohm 60 Ohm Basic current consumption with passive: <1.6 <0.6 termination on two sides Power supply: - M4 screw terminal and x x Faston 6.3 x 0.8 mm - < 5 slots FSTON 6.3 x 0.8 mm FSTON 6.3 x 0.8 mm Current carrying capacity of a combined double flat-pin connector/screw terminal Current carrying capacity of a FSTON flat-pin connector Current carrying capacity of the assembly, +3.3 V V 4.5 per slot +12 V V VSTDBY 1.5 Termination of ON/IN board passive passive Installation height 3U 3U Distance between slots 4HP 4HP Connector Press-fit system, quality category 2, Press-fit system, quality category 2, 400 connection cycles 400 connection cycles C96 C96 Operating temperature range Passive termination C Passive termination C Relative humidity 90%, non-condensing 90%, non-condensing VME J2 Expansion Bus Slot Dimensions Order No. (H x W) mm x x x x x x x x Glass epoxy EPGC (FR 4) to UL 94-V0 ccessories for mounting of the backplanes, see page Slot Dimensions Order No. (H x W) mm x x x x x x x Supply Includes: 1 backplane, fully populated 131

120 Perfect Handling Solutions With VME Handles Extractor Handle Type I nd Type II Type I handle Type II handle Suitable for all flat front panels/u-channel front panels With removal function May be used in combination with horizontal rails with 10 mm extension Supply Includes: 1 handle ssembly parts Suitable for 3U, 6U applications. Type I Extractor Handle, 15 mm Color Packs of Order No. Black * Type II Extractor Handle, 30 mm Color Packs of Order No. Black * *With 3U, only one extractor handle is required at the bottom. Type I extractor handle Type II extractor handle ccessories: Identification strips Order No. PS , packs of 100 (see page 183) Identification Labels Identification labels for type I, II and IV extractor handles, 4HP. Packs of Order No Plastic Cover For PCBs Cover for mechanical protection of the solder side of the PCB and the EMC gaskets. ttachment holes as per cpci or VME specifications. Recommended for PCBs with EMC front panels. 0.3 mm plastic, antistatic For PCBs Packs of Order No. Solid 3U x 160 mm U x 160 mm U x 80 mm Fastening clips

121 Perfect Handling Solutions With VME64 Extension Handles Type IVs Injector/Extractor Handle With Push-button Injector/extractor handle for the insertion and removal of rack connectors with a large number of pins. metal insert ensures reliable functioning, even at forces of up to 815 N. The injector/extractor handles are only for use in conjunction with horizontal rails with a 10 mm extension. Push-button for locking and unlocking the board type plug-in unit (cannot be extracted in the locked position) Optionally with 1/2HP offset PCB attachment, e.g. for component mounting on both sides Optional integral microswitch for live insertion applications ESD pin to dissipate static charges before connecting the board type plug-in unit Keying areas to accommodate keys Integral PCB attachment Plastic/metal Supply Includes: Injector/extractor handle, assembly parts Self Locking Installation Packs of Order No. Top Bottom With 1/2 HP Offset Installation Packs of Order No. Top Bottom ccessories: Keys, see page 186 Keyable guide rails, see page 182 Keyable guide rails with offset, see page 184 Microswitch, see page 99 Connection Pin For Injector/Extractor Handles, Types IV/IVs The connection pin can be used to connect injector/extractor handles, types IV and VII, side by side. Steel Packs of Order No Type VII Injector/Extractor Handle, Plastic (Typically Used For VME PSUs) Injector/extractor handle for insertion and removal of connectors with a large number of pins. This handle was specifically designed for use in telecom applications. Only for use in conjunction with front horizontal rails with a 10 mm extension (see page 148). Optionally with 1/2 HP offset PCB attachment, e.g. for component mounting on both sides Minimum space requirements, thanks to fold-up handle Option of installing keys (when using keyable guide rails) Optional integral microswitch for live insertion applications ESD pin to dissipate static charges prior to making contact with the connectors and precise positioning of the board type plug-in unit Large labeling area on the front Optimum leverage for connectors with a large number of pins Handles Without Offset Installation Packs of Order No. Top Bottom Handles With 1/2HP Offset Installation Packs of Order No. Top Bottom Plastic Supply Includes: injector/extractor handle, assembly parts ccessories: Keys, see page 186 Keyable guide rails, see page 182 Keyable guide rails with 1/2HP offset, see page 184 Microswitch, see page

122 Perfect Handling Solutions With VME Front Panels Complete Sets: 3U/6U/9U With Extractor Handle VME Flat Front Panels With Type I Or II Extractor Handle Front panel: 2.5 mm aluminum sheet Handle: Plastic Surface Finish Of Front Panel: nodized Supply Includes: 1 front panel, 2 (1 for 3U) handles, black, 1 set of assembly parts, 1 PCB holder (for 3U) Type I handle Type II handle U HP a Flat front panels with extractor handle mm Order No. Type I Order No. Type II VME64 Extension U-Channel Front Panels With Type IVs Injector/Extractor Handle Front panel: Extruded aluminum sheet Handle: Plastic Surface Finish Of Front Panel: Clear chromated Supply Includes: 1 front panel, 2 (1 for 3U) handles, black, 1 EMC gasket, vertical 1 set of assembly parts, 1 PCB holder (for 3U) Type I handle Type II handle Type IV handle U HP a U-channel front panels with extractor handle mm Order No. Type IVs* * Only in conjunction with front horizontal rails with 10 mm extension 134

123 Smart Protection With Kaparel/Rittal VME and VME64 Extension Front Panels Single Handle Panels 4 HP > 4 HP VME Non-EMC Front Panels For PCBs (Flat) For Single Handles 4 HP 6U >4 HP 6U U Order No. 4HP 8HP 12HP 16HP mm aluminum sheet Finish: anodized 1HP = 5.08 mm (0.2") 3U 3U VME64 Extension EMC Front Panels For PCBs (U-Channel) For Single Handles U Order No. 4HP 8HP 12HP 16HP For cpci handles, see pages For filler panels, see pages VME Non-EMC (flat) VME64 Extension EMC (U-channel) mm aluminum extruded Finish: clear chromated Multiple Handle Panels >4 HP Material removed >4 HP VME Non-EMC Front Panels For PCBs (Flat) For Multiple Handles U Order No. 8HP VME64 Extension EMC Front Panels For PCBs (U-Channel) For Multiple Handles U Order No. 8HP 3U 6U mm aluminum sheet Finish: anodized 1HP = 5.08 mm (0.2") mm aluminum extruded Finish: clear chromated When multiple handles are used, please lock the handles with the tying pin. See page 98. EMC Gaskets For EMC Front Mount Panels U Order No. 10 Piece Kit stainless steel 135

124 ± ± ± Maximum component space on PCB front end 3U= ± ± ± ± U = / 9U = U = ±0.1/ ± ± ± Maximum component space on PCB front end 6U=214.5, 9U= U = / 9U = U = / Front Panel Layout Dimensions CompactPCI Front Panels VME 64x 3U PCB Front Panels VME 64x 6U nd 9U PCB Front Panels 4HP ± Ø B 1 (HP) 7.5±0.1 B csk HP U B1 B2 B3 B4 Tolerance X1 X HP B 1 (HP) B Ø B 1 10± ± ± ± ± PCB component side 3.92 PCB component side 6U = ±0.1 / 9U = 389.2±0.1 PCB PCB Component Side Top View VME Non-EMC Flat Front Panel B 1 - X ± ± ± ± ±0.1 PCB 3.92 PCB component side 3.92 PCB component side B 3 + X1 B 1 - X1 VME 64x EMC U-Channel Front Panel 2 3 PCB 1 Front panel PCB Holder To be used for 3U PCBs on the top end and 6U PCBs in the middle (optional). Order No piece Kit No pieces die cast aluminum Note: n electronic file of these drawings is also available. Please contact Rittal. 136

125 ccessories PMC Or CMC Front Panels nd Covers n PMC Or CMC Front Panels For PCI mezzanine boards (PMC). Conforms to IEEE 1386(CMC)/1386.1(PMC) Die-cast zinc Supply Includes: 1 front panel ccessories: EMC sealing ring and gasket see below Packs of Order No PMC Front Panels For PCI mezzanine boards (PMC). Conforms to IEEE 1386(CMC)/1386.1(PMC) Extruded aluminum section, clear chromated Supply Includes: 1 front panel ccessories: EMC sealing ring and gasket see below Packs of Order No Support Spacer 10 mm, for mounting mezzanine boards. Supply Includes: 1 support spacer Packs of Order No Covers To conceal unused mezzanine cutouts in 3U and 6U front panels. The covers are simply clipped into the cutouts. Packs of Order No EMC Seals For inserting into the all-round channel of the mezzanine front panels. Material/Surface Finish: Sealing ring made form conductive carbon filled silicon, sealing gasket made from stainless steel Options Packs of Order No. Sealing ring Sealing gasket ssembly Screws nd Keying ssembly parts for all PMC components are M2.5x6 inch screws. To ensure use of correct voltage of mezzanine parent boards. The keying pins are bolted onto the boards. Packs of Order No. ssembly Parts Keys

126 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Modular CompactPCI Backplanes Power Supplies For VMEbus nd CompactPCI pplications 138

127 VMEbus 1 Pluggable PSU in accordance with PICMG 2.11 suitable for VME64x and CompactPCI system solutions. pluggable PSU range is offered Power Supplies PSU s Power supplies are used in countless appications. Kaparel/Rittal has selected a specific range, suitable for VME, VME64x and CompactPCI system solutions PSU s Open Frame for VME and CPCI PSU s TX for VME and CPCI PSU s Pluggable W PSU s Pluggable 600W Pluggable PSU for VME64x and CompactPCI system solutions. pluggable PSU range is offered 3 PSU s Open Frame from 100W to 1000W. Suitable for VME and CompactPCI system solutions. Since there are countless options, please inquire for an applications specific solution. 4 TX Low Cost PSU solution for VME, VME64x and CompactPCI system solutions. Typically used in very low cost and non High vailability (H) applications. 139

128 Overview Of Power Supply Units n For CompactPCI nd VMEbus Systems Open Frame Open Frame PS/2 Design (TX) 100 Watts/400 Watts Please inquire pplications Power supply units for VMEbus and CompactPCI systems 600 Watts/1000 Watts Please inquire pplications Power supply units for VMEbus and CompactPCI systems 250/300/400 Watts Please inquire pplications Power supply units for TX, VME, VME64x and CompactPCI systems Design Features 100 or 400 watts Open frame design Mounting on mounting base or subrack rear panel Cooling via fans Wide range input 3 outputs Design Features 600 or 1000 watts Open frame design Mounting on mounting base or subrack rear panel Cooling via fans Wide range input 3 outputs Design Features 250/300 or 400 Watts Open Frame design Mounting on mounting base or subrack rear panel Integral fan Sheet steel enclosure PFC active or passive Optional redundant design Slim line version available User Benefits Minimal space requirements with a high power output Universal applications pprovals: EN , UL 1950, IEC 950 and CS Compact design User Benefits Minimal space requirements with a high power output Universal applications pprovals: EN , UL 1950, IEC 950 and CS Compact design User Benefits Universal applications pprovals: EN, UL, CS Low cost 140

129 n Overview Of Power Supply Units For CompactPCI nd VMEbus Systems 3U, 6U Plug-In VME64 Ext 600 Watts 175/200/250/350 Watts Order No. see pages pplications Plug-in power supply unit for VME64 Ext and CompactPCI systems. Order Information see page pplications Compact PCI and VME64x systems Design Features 175/200/250 or 350 watts mm (19") module to IEC Installation depth 160 mm Mounting in the subrack with the aid of guide rails Connection via positronic connector 47-pin, PICMG outputs Power sharing N+1 Redundant Design Features dvanced Cellular Power architecture Up to 5 outputs plus 5V, 1 standby Hot swap version 1.2 to 24V DC outputs C or DC input Integral LED status indicators I 2 C serial data bus option 6.8 Watts/cubic inch power density Power factor corrected (C input) Low profile: 1.6 inches high Hot-pluggable connector User Benefits mm (19") compatible Easily exchanged pprovals: EN , CS 22.2, UL 1950, C Complies with PICMG specifications User Benefits Easily exchanged 3 PSU s side by side Self cooling pprovals: EN, UL, CS 141

130 Power Supply Solutions For CompactPCI nd VME64x pplications PS3310 Series 3U Power Supplies General Description: The PS3310 Series power supplies offer reliable, versatile 3U power solutions for nearly any application. These power supplies features the industry-standard P47 output connector and is available in both C and DC input models. The PS3310 Series supplies are only 8HP wide, and will fit Kaparel/Rittal s new 7000 Series line of horizontal, rack-mounted enclosures. Features: Standard PCI output voltages: 5.0 V, 3.3V, 12.0 V with variable currents Hot Swap, N+1 redundant with internal OR-ing diodes.99 power factor corrected C V input, DC V Current sharing on 5.0 V and 3.3 V outputs Standard 47 Pin connector configuration Custom configurations to meet user specified requirements Excellent performance, competitively priced 2 Year Warranty Complies with all requirements of PICMG Power interface specifications Specifications: Input: Voltage/Current C V, 3.2 max, 47-63Hz, 1 Phase; DC 36-72, 7.9 Fusing: Internal line fuse provided, non-user serviceable C- 3.15, 250 V; DC Power Factor: 0.99 typical at C 115 V, full load Inrush Current: Thermistor soft start. ~25 C C cold start current 115 V; 230 V Transient Protection: MOV. Withstands transients as specified by IEEE C K V (differential and common mode) EMI Filtering: Meets IFCC Level B, and EN Level B (conducted) Efficiency: 70% typical at 115 V C, full load. Redundant/Hot Swap: Full power N+1 redundant and hot swap capable Outputs: Voltage/Current: See table below. Total loading on all outputs not to exceed overall current rating. Under Voltage Warning: ny output dropping below 10% or nominal triggers the power fail signal. Over Voltage Protection: Non-crowbar type. ny output that exceeds 25% ± 10% of nominal V out will cause all outputs to latch off. Remote inhibit, enable or input recycle required to reset. Signals, Indicators nd Controls: Remote Enable: Enabled by closed circuit or TTL logic 0. Disabled by open circuit or TTL logic 1. Remote Inhibit: Enabled by open circuit or TTL logic 1. Disabled by closed circuit or TTL logic 0. Power Fail Warning: Loss of input C causes a TTL compatible signal to go low >4 msec prior to any output dropping out of regulation. t C turn-on, signal stays low until all outputs are in regulation. PF signal also triggered by an under voltage condition on any output. LED Indicator: Dual LEDs. Green indicates input power ON and outputs within regulation. Off or mber indicates input/output power fault. Interconnect: I/O Connectors: Positronic Ind. P/N PCIH47M4001. Mates with PI P/N PCIH47F3001. Note: Use of the specified mating connector is required to insure proper make/break sequential contact. Mechanical: Outline: 3U x 8HP front panel. Complies with pending PICMG CompactPCI PSU specifications. Retaining Latches: Supplied with a single Kaparel/Rittal Order No Type VII (Telecom) Lower Latch. Other manufacturers and types available. Order No Type VII (Telecom) lower latch. Other manufacturers and types available. Guide Rails: Supplied with.260[6.61] offset guide rails for use with Kaparel/Rittal Order No (or equivalent) PSU guides. Weight: pproximately 1.8 lbs/ 1.06 kgs. Order No. Model No. Current Dimensions Input Connector Offset +5 V Output +3.3 V Output +12 V Output -12 V Output PS W 3U x 84HP C 47-pin 6.61 mm PS W 3U x 84HP DC 47-pin 6.61 mm PS W 3U x 84HP C 47-pin 6.61 mm PS W 3U x 84HP DC 47-pin 6.61 mm PS W 3U x 84HP C 47-pin 6.61 mm PS W 3U x 84HP DC 47-pin 6.61 mm

131 Power Supply Solutions For CompactPCI nd VME64x pplications PS3350 Series 6U Power Supplies General Description: The PS3350 is a high-performance power supply for use in 6U CompactPCI computer, test, and telecom systems. The PS3350 meets all of the requirements of the PICMG CompactPCI Specification, while offering N+1 redundancy and being fully hot swappable. High-density cooling fins are positioned directly in the airstream. ll input and output connections are through the backplane. LED status indicators are located on the front panel. Model PS3350/PS3352/PS3358 These models have wide-ranging C input with power factor correction in the standard size package. Model PS3351/PS3353 These models have 48-Volt DC input in the standard size package. Model PS3357 This model offers wide-ranging C input with power factor correction in the standard size package, and uses the industrystandard P47 output connector. Features: 350 Watts in 6U x 8HP (two slots) x 160 mm Wide range C input 48 V DC versions available Standard PCI output voltages: +5 V, +3.3 V,+/-12 V High +5 V and high +3.3 V current versions available Power factor Correction (PFC) N+1 redundant and hot swappable Internal OR-ing diodes Single wire current sharing on +5 V, +3.3 V, and +12 V outputs Fully shielded Remote voltage sensing on +5 V, +3.3 V, and +12 V supplies IEEE compliant front panels Ruggedized mechanical design Optional high profile cooling fins available on -48 V input version CE mark pending UL, ULC, CE approved EMC approved (see below for specific standards) Over-Temperature: Shutdown upon internal heatsink temperature exceeding limits. Recycle power to re-set. Safety: UL, Ulc, CE approvals to EN60950 pending EMC: EN55022 Class (C input) EN55022 Class B (DC input) Cooling: 15 CFM / 400LFM forced air required through power supply cooling fins and enclosure Operating Temperature: -20C to 50C operating temperature with specified airflow Shock/Vibration: Ruggedized construction Order No. Model No. Dimensions Output Power input Power output Output connector current PS3350 6U x 8HP P38 C: V, 6, Hz (1 phase) +5 V@ V@ V@9-12 V@2 350W PS3351 6U x 8HP P38 DC:40-72 V, V@ V@ V@9-12 V@2 350W PS3352 6U x 8HP P38 C: V, 6, Hz (1 phase) +5 V@ V@ V@9-12 V@2 350W PS3353 6U x 8HP P38 DC:40-72 V, V@ V@ V@9-12 V@2 350W PS3357 6U x 8HP P47 C: V, 7, Hz (1 phase) +5 V@ V@ V@6-12 V@ W PS3358 6U x 8HP P38 DC:36-72 V, V@ V@ V@6-12 V@ W 143

132 Multi-Output Switcher 1U, Up To 4 Outputs t 600 Watt With I 2 C Option Features: dvanced CellularPower architecture Up to 5 outputs plus 5V, 1 standby Hot-Swap version 1.2 to 24 V DC outputs C or DC input Integral LED status indicators I 2 C serial data bus option 6.8 watts/cubic inch power density Power factor corrected (C Input) Low profile: 1.6 inches high Hot-Pluggable connector Staged pin lengths Oring diodes on all outputs* 1U, 19" Rack-mount holds two units* ctive current sharing on V1, V2, & V3 Universal 85 to 264VC input Class B EMI input filter Wide range 36 to 72 VDC input DC input reverse polarity protected Optimized thermal management No minimum load, any output Control and monitoring features Rack Mount Ordering Guide: Other Combinations of output voltage and current are readily achieved with PowerCassette. These include single outputs, plus standby, up to 600 watts, as well as voltages ranging from 1.2 V up to 24 V. Contact factory for further details. 1C = V; DC = 40-72V; R = uto range; 48 = 48V. Max. total power Output V1 Output V2 Output V3 Output V4 Output V5 C Order No. DC Order No. 600W +3.3 V V V 10 5 V W +5 V V V 10 5 V Note: Maximum combined current or power for V1 and V2 must not exceed 120 or 500 watts. *Maximum combined power for V3, V4 and V5 for these models must not exceed 120 watts. The table does not show the sixth output which is an independent 5 V 1 standby output and is standard on all models. V4 and V5 can be separately made + or polarity. Contact factory on this. 144

133 Multi-Output Switcher Output Specifications: DC Input Specifications: Total Output Power, Continuous, Max Watts Input Voltage Range DC Voltage djustment Range, Min ±5% Inrush Current Limiting Total Regulation_, V1, V2, V % Input EMI Filter Standard Total Regulation_, V4, V % Input Immunity, Conducted Ripple & Noise, Pk-Pk % or 50mV Fast Transients, Line-Line ±2K V (EN Level 3) Holdup Time mS Surges, line-line ±500 V (EN Level 1) Dynamic Response _S Surges, Line-Ground ±500 V (EN Level 1) Temperature Coefficient ±0.02%/ºC Input Protection Internal Fuse, 25 Minimum Load, ny Output Overload Protection uto Recovery General Specifications: Overvoltage Protection, V1, V2, V Latches Shutdown Efficiency % at Full Load Remote Sense, V1, V2, V Up to 0.25V Per Wire Switching Frequency, PFC Converter (C Input) kHz Current Share, V1, V2, V ±10% Full Load Rating Output Converters kHz Nominal Output Power Good Signal TTL High Isolation, Class 1, min. 5 Input Power Fail Signal TTL High Input-Output (C Input/DC Input) V C/1500 V DC Global Inhibit TTL Low Input-Ground (C Input/DC Input) V C/1500 V DC Enable TTL Low Output-Ground(C Input/DC Input V DC/50/ V DC Thermal Warming TTL Low MTBF (Bellcore) ,000 Hours Safety..... Standards EN60950,UL ,..... CS No C Input Specifications: Input Voltage Range V C Environmental Specifications Power Factor Operating Temperature ºC to 70ºC mbient Input Frequency Hz Derating %/ºC, 50ºC to 70ºC Inrush Current Limiting Peak Storage Temperature ºC to +85ºC Input EMI Filter EN55022 Curve B Cooling Integral Ball Bearing Fans FCC20780 pt. 15J Curve B Harmonic Distortion EN Physical Specifications Input Immunity, Conducted Case.... Material luminum Fast. Transients, Line-Line ±2kV.....(EN Level.... 3).. Dimensions, Inches(mm) H x 5.0 W x 11.0 D Surges, Line-Line ±2kV (EN Level (40.6 x 127 x 279) Surges, Line-Ground ±4kV (EN Level 4) Weight lbs. (1.5 kg.) Input Protection Internal Fuse, 15) PIN Staging " " " " " " Pin Connectors Pin Function Pin Function 1 +V1 Out 26 +5V,1 Standby 2 +V1 Out 27 Enable* 3 +V1 Out 28 Spare/DD G1* 4 +V1 Out 29 V1 External Trim 5 +V1 Out 30 +V1 Sense 6 +V1 Out 31 +V1 Sense 7 V1 & V2 Return 32 V2 External Trim 8 V1 & V2 Return 33 +V2 Sense 9 V1 & V2 Return 34 -V2 Sense 10 V1 & V2 Return 35 V1 Current Share 11 V1 & V2 Return 36 +V3 Sense 12 V1 & V2 Return 37 -V3 Sense 13 V1 & V2 Return 38 Output Power Good/SD* 14 +V2 Out 39 Global Inhibit 15 +V2 Out 40 Overtemp.Warming/SCLK* 16 +V2 Out 41 V2 Current Share 17 +V2 Out 42 Input Power Fail 18 +V2 Out 43 Spare/Interrupt* 19 V3 Return 44 V3 Current Share 20 +V3 Out 45 Chassis Ground 21 V4 Out 46 C Line 22 Signal Ground 47 C Neutral 23 V5 Out 48 +DC Input 24 V4 & V5 Return 49 -DC Input 25 Spare/DD GO* 50 Chassis Ground *Note: For unit to operate, pin 27 must be at TTL LO or shorted to pin 22. Pins 25, 28, 38, 40 and 43 also function as I2C outputs. ll returns and signal ground are connected together 145

134 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Ripac The Subrack For Every pplication. 146

135 Ripac Subrack System Comprehensive Solutions Backplanes Ripac Mechanics For VMEbus nd cpci are shown on pages 16 to 45. Needless to say, the systems shown in this cataloge can also be varied, supplemented or completely modified to suit your requirements. Ripac Compact This system was specifically designed for applications where there are no mm (19") mounting angles available in the enclosure. It may be mounted directly on the mounting plate or to mounting rails in the cabinet, etc. Ripac Vario EMC subrack system for use in applications with EMC requirements. Integral EMC gaskets ensure conductive connection of all metal components. Ripac Subrack Systems. The Ripac subrack system is the key to perfect accommodation of high-quality electronics. This single system basis can solve any task. Whether you require a particularly cost-effective system, a system for exceptionally high mechanical requirements or one with RF shielding, Ripac will always guarantee a top quality solution with perfect handling. Even if you require a complete microcomputer system, including multi-layer backplane technology, high-performance power pack and effective heat dissipation, Ripac is a cost-effective solution. One of Kaparel/Rittal s main tasks is to develop and test individual parts, then supply these fully assembled and tested in any required configuration and quantity. Kaparel/Rittal electronics always one idea ahead! Kaparel/Rittal Ripac CompactPCI Backplanes Technical Subracks Ripac ECO Subracks Ripac Vario Subracks Ripac Vario EMC Subracks Ripac Compact Subracks Ripac Vario Mobil Side panels/flanges Horizontal rails EMC gaskets ssembly kits Guide rails Covers Climate control Front panels/handles Box type plug-in units Connectors ssembly parts

136 Overview Of Basic Subrack Systems Ripac ECO Ripac Vario Ripac Vario EMC For Standard pplications Order No. see page 152. pplications Subrack system for standard applications. Suitable for the installation of standardized PCBs or board-type plug-in units 160 and 220 mm deep. For Standard pplications Or Complex Configurations Order No. see page pplications Subrack system for standard applications or complex configurations. Suitable for the installation of standardized PCBs or board-type plug-in units up to 400 mm deep. For EMC pplications Order No. see page pplications Subrack system for EMC applications or complex configurations. Suitable for the installation of standardized PCBs or board-type plug-in units up to 400 mm deep. Design Features mm (19") rack-mounted system to DIN , part 5 /IEC /-4/-5/xx. EI 310-D 3 and 6U For board formats 160 and 220 mm deep Side panels of sheet steel, zinc-plated Prescribed mounting positions for horizontal rails Installation of backplanes/midplanes. Optional connector mounting Separate mm (19") flanges Design Features mm (19") rack-mounted system to DIN , part 5 /IEC /-4/-5/xx. EI 310-D 3, 4, 6, 7 and 9U For board formats up to 400 mm deep Side panels of aluminum, clear chromated Mounting positions for horizontal rails on a 10 mm pitch pattern Installation of backplanes/midplanes or connector Separate mm (19") flanges Design Features mm (19") EMC rack-mounted system to DIN , part 5 / IEC /-4/-5/xx. EI 310-D 3, 4, 6, 7 and 9U For board formats up to 400 mm deep Side panels of aluminum, clear chromated Mounting positions for horizontal rails on a 10 mm pitch pattern Installation of backplanes/midplanes or connector mounting Separate mm (19") flanges Includes EMC gaskets User Benefits Simple, fast mounting Low-cost Upgradable for backplane or direct connector mounting User Benefits Side panels with 10 mm pitch pattern of holes for variable system installation EMC upgradable mm (19") flange may optionally be mounted on the front or rear Many size variants available as standard For backplane or direct connector mounting User Benefits EMC version Side panels with 10 mm pitch pattern of holes for variable system installation mm (19") flange may optionally be mounted on the front or rear Many size variants available as standard For backplane or direct connector mounting 148

137 Overview Of Basic Subrack Systems Ripac Compact Ripac Vario Mobil For Mounting Plates Or Mounting Rails Order No. see page 162. For Mobile pplications Order No. see page 164. pplications Subrack system for direct mounting in the enclosure. May optionally be mounted on a rail or mounting plate. Suitable for the installation of standardized PCBs or board type plug-in units. pplications Subrack system for use in rail vehicles. Suitable for the installation of standardized PCBs or board type plug-in units. Design Features Rack-mounted system to DIN , part 5 /IEC EI 310-D Prepared for mounting on top hat rails or directly on the mounting plate 3 and 6U For board formats up to 160 mm deep Installation width: 21 and 42HP Side panels of aluminum, clear chromated Installation of backplanes/midplanes Design Features mm (19") rack-mounted system to DIN , part 5 /IEC EI 310-D Tested to EN (Electronic Equipment in Rail Vehicles) 3 and 6U For board formats up to 220 mm deep Side panels of aluminum, clear chromated Installation of backplanes/midplanes or connector mounting Fully assembled User Benefits Direct mounting on mounting plates or rails Variable cable entry from below or above Side panels with 10 mm pitch pattern of holes for variable system installation For backplane mounting User Benefits Suitable for use in rail vehicles EMC version optional Side panels with 10 mm pitch pattern of holes for variable system installation Fully assembled For backplane and direct connector mounting 149

138 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Modular CompactPCI Backplanes Modular Subrack Systems Design Features Of Vario, Vario EMC nd Vario Mobil Side Panels nd Flanges of clear chromated aluminum. Optional front horizontal rails with 10 mm extension. 10 mm Pitch Pattern in the side panels permits depth-variable system configuration. Complex pplication Options wide choice of size variants is available as standard. lso upgradable for complex applications. EMC Shielding due to horizontal and vertical EMC gaskets. lso suitable for retro-fitting. Design Features Of Ripac Compact Side Panels nd Flanges of clear chromated aluminum. 10 mm pitch pattern for variable system installation. Rail Mounting Rear adapter permits easy snap-fitting directly onto the rail. Mounting On Mounting Panels Machined keyholes for direct mounting on mounting panels. EMC Version optional. System Configuration, ccessories Guide Rails made of plastic, aluminum or keyable. Order No. see page 182 Covers slotted or solid, snap-type or screw-fastening. Order No. see page 188 ESD Equipment ESD clips for guide rails to discharge static charges. Order No. see page 185 Keys For keying the board type plug-in units. Order No. see page 186 Design Features Of Ripac ECO Side Panels of clear chromated aluminum extrusion Prescribed mounting positions for 160 and 220 mm board formats. Cover Mounting The cover simply slides into the horizontal rails. 150

139 VMEbus t Glance: Basic Subrack Systems The modular concept of Kaparel/Rittal subracks permits a wide range of applications with the minimum number of components, since all Ripac subracks are based on the same horizontal rails and system components. The only difference lies in the design of the side panels and configuration variants. Equipped with a backplane and power supply, a standard subrack can be rapidly upgraded to an MPS system, for example. The subracks are shock and vibration-tested and conform to IEC , , and IEEE / Subrack system for individual configuration 5 basic versions for different applications Horizontal rails and accessories to match all variants EMC upgradable Fully assembled and wired upon request System Configuration, ccessories Front Panels in various designs e.g. with handles, vented or for EMC applications. Order No. see page 199 Front Panel Handles self locking, made from plastic or aluminum. Order No. see page 199 ssembly Kits for combined installation of Euroboards and double-euroboards, horizontal or vertical. Order No. see page

140 Order Information ECO Subracks 3U nd 6U Order Ño. Order No. Order No. Order No. Page subrack side panels subrack side panels ripac ECO ripac ECO U Side panel depth (T) mm Max.board depth mm mm Subrack upply Includes (Unassembled) For Backplane Mounting U 3 6 Order No. Quantity Side panels see above Front horizontal rails C4 Rear horizontal rails D1 Rear horiz. rails, centre Threaded inserts ssembly screws M4 x ccessories For dditional Configuration (Order Separately) U 3 6 Order No. Quantity required F Z rail C5 Rear horiz. rails with integr. Z rail G Insulating strips Cover vented for 175 mm side panel Cover vented for 210 mm side panel Cover solid for 175 mm side panel Cover solid for 210 mm side panel Mounting block for cover plate Variable Variable 191 ssembly screws for cover Variable Variable 218 Please order insulating strips and Z rails separately. HE = U TE = HP 3U 6U 152

141 Order Information ECO Subracks 3U nd 6U Technical Specifications: Overall depth: 175, 235 mm Installation width: 84HP Height: 3U, 6U Designed for backplane mounting, or optionally, for connector mounting. Suitable for PCB depth 160 and 220 mm Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea Standards: The Ripac subracks are based on system dimensions to DIN , part 5 and IEC EI 310-D. ccessories: Handles /front panels/ box type plug-in units, from page 199 Configuration/climate control, from page 220 Material/Surface Finish: Side panels: 1.5 mm extruded aluminum, clear chromated Flanges/horizontal rails: extruded aluminum section, clear chromated Tests: Horizontal Rail Configurations: C4 C4 D1 C4 Ripac ECO 3U for backplane. C4 Ripac ECO 6U for backplane. Simple assembly of the covers. 153

142 Order Information Vario Subracks 3U/6U/9U Order No. Order No. Order No. Order No. Order No. Order No. Page Subrack Ripac Side Subrack Ripac Side Subrack Ripac Side Vario panels Vario panels Vario panels U Side a Max. For For For For For For For For For panels mm PCB depth backplane connector subrack backplane connector subrack backplane connector subrack (T) mm mm DIN Ripac DIN Ripac DIN Ripac Vario Vario Vario Subrack Supply Includes (Unassembled) U Rail For For Order No. For For Order No. For For Order No. type backplane connector Flanges backplane connector Flanges backplane connector Flanges Order No. Quantity Flanges 19 inch Side panels See above Horiz. rails, front I Threaded inserts C1 Horiz. rails, rear D1 Horiz. rails, rear, center G Insulation strips, 21HP C3 Horiz. rails, rear, with integral Z rails D2 Horiz. rails, rear, center with integral Z rails ssembly screws M4 x 12 19" Flange Section T 12.5 a (19 ) 84 TE T a HE 3 HE (19 ) 84 TE T a HE (19 ) 84 TE

143 Order Information Vario Subrack 3U/6U/9U Technical Specifications: Overall depth: 185, 225, 245, 285, 305, 345, 365, 405, 465, 525, 585 mm Installation width: 84HP Height: 3U, 6U, 9U May be upgraded to EMC version with additional EMC gaskets. Side panels: 2.5 mm aluminum sheet mm (19") flanges and horizontal rails: Extruded aluminum Surface Finish: Clear chromated Tests: Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea Standards: The Ripac subrack is based on system dimensions to DIN , part 5 and IEC IEC IEC EI 310-D ccessories: EMC accessories, from page 177 Handles/front panels/ box type plug-in units, from page 199 For cooling, see page 220 Horizontal Rail Configurations: C1+G D1+G C1+G C1+G C3 C1+G C1+G C3 D1+G D2 C3 D2 D1+G D2 C3 C3 C1+G C3 Ripac Vario 3U Top: For backplane mtg Bottom: For direct connector mtg. Ripac Vario 6U Top: For backplane Bottom: For direct connector mtg. Ripac Vario 9U for backplane mtg. Ripac Vario 9U for direct connector mtg. 155

144 Order Information Vario System Subracks 4U nd 7U Order No. Order No. Order No. Order No. Order No. Order No. Order No. Order No. Page Subrack Side Subrack Side Subrack Side Subrack Side Vario panels Vario panels Vario panels Vario panels U (3 + 1) (3 + 1) (3 + 1) (3 + 2x1/2) (3 + 2x1/2) (3 + 2x1/2) (6 + 1) (6 + 1) (6 + 2x1/2) (6 + 2x1/2) Side a Max. For For For For For For For For For For panel mm PCB backplane connector subrack backplane connector subrack backplane subrack backplane subrack depth (T) depth DIN Ripac DIN Ripac Ripac Ripac mm mm Vario Vario Vario Vario Subrack Supply Includes (Unassembled) Rail U type (3 + 1) (3 + 1) (3 + 1) (3 + 2x1/2) (3 + 2x1/2) (3 + 2x1/2) (6 + 1) (6 + 1) (6 + 2x1/2) (6 + 2x1/2) For For Order No. For For Order No. For Order No. For Order No. backplane connector Flange backplane connector Flange backplane Flange backplane Flange Order No. Quantity Flange 19" Side panels see above Horiz. rails, front I Threaded inserts C1 Horiz. rails, rear D1 Horiz. rails, rear, center G Insulating strips HP C3 Horiz. rails, rear with integral Z rails D2 Horiz. rails, rear, center, with integral Z rails ssembly screws M4 x 12 19" Flange Section 12.5 T a (19 ) 84 TE 12.5 T a (19 ) 84 TE T a /2 HE 3 HE 1 /2 HE 1 HE 3 HE (19 ) 84 TE T a /2 HE 6 HE 1 /2 HE 1 HE 6 HE (19 ) 84 TE 156

145 Order Information Vario System Subracks 4U nd 7U Technical Specifications: Overall depth: 245, 285, 305, 345, 365, 405, 465 mm Installation width: 84HP Height: 4U, 7U May be upgraded to EMC version with additional gaskets. Side panels: 2.5 mm aluminum sheet mm (19") flanges and horizontal rails: Extruded aluminum Horizontal Rail Configurations: Surface Finish: Clear chromated Tests: Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea Standards: The Ripac subrack is based on system dimensions to DIN , part 5 and IEC , IEC , IEC , EI 310-D. ccessories: EMC accessories, from page 177 Handles/front panels/ box type plug-in units, from page 199 For cooling, see page 220 C1+G C1+G C1+G C1+G C1+G C1+G C3 C3 D1+G D1+G C1+G C1+G C3 C3 Ripac Vario 4U (3U + 1U) Top: For backplane mounting Bottom: For direct connector mounting. Ripac Vario 4U (3U + 2 x 1/2U) Top: For backplane mounting Bottom: For direct connector mounting. Ripac Vario 7U (6U + 1U) for backplane mounting. Ripac Vario 4U (6U + 2 x 1/2U) for backplane mounting. 157

146 Order Information Vario EMC System Suback 3U/6U/9U Order No. Subrack Order No. Order No. Subrack Order No. Order No. Subrack Order No. Page Vario EMC Side panels Vario EMC Side panels Vario EMC Side panels U Side panel a Max. card For backplane For subrack For backplane For subrack For backplane For subrack depth mm depth mm Ripac Ripac Ripac (T) mm Vario EMC Vario EMC Vario EMC * * * * * * * * * * * * * * * * * * * *Front horizontal rails with 10 mm extension for type IV or VII injector/extractor handles Subrack Supply Includes (Unassembled) U Rail For backplane Order No. For backplane Order No. For backplane Order No. type Flange/ Flange/ Flange/ EMC gasket EMC gasket EMC gasket Order No. Quantity Flanges 2 2* * * Trim sections 2 2* * * Side panels See above 2 2* 2 2* 2 2* 168 EMC gaskets, vertical 4 4* * * Covers, slotted 2 2* 2 2* 2 2* 188 Mounting blocks Depending on depth 190 K EMC gaskets for * 4 4* 4 4* 177 covers Front horiz. rails * 4 2* 4 2* 173 I Threaded inserts * 4 4* 4 4* 177 B Front horiz. rails with 10 mm exten * 2* 2* 173 C1 Rear horiz. rails * 2 2* 2 2* 175 D1 Rear horiz. rails, center * 2 2* 176 G Insulating strips 21HP * 16 16* 24 24* 176 ssembly screws * 14 14* 16 16* 219 M4 x 12 3U T (19 ) HE = U TE = HP 19" Flange Section Tear Trim Section 12.5 a 84 TE HE 4.1 9U 6U 19" Flange/section Tear Trim Section 12.5 T a (19 ) 84 TE T a (19 ) 84 TE 6 HE HE

147 Order Information Vario EMC System Subrack 3U/6U/9U Technical Specifications: Overall depth: 245, 285, 305, 345, 405, 465, 525, 585 mm Installation width: 84HP Height: 3U, 6U, 9U Side panels: 2.5 mm aluminum sheet Flanges and horizontal rails: Extruded aluminum Covers: luminum Surface Finish: Clear chromated Tests: Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea Standards: The Ripac subrack is based on system dimensions to DIN , part 5 and IEC , -4, , EI 310-D. ccessories: Handles/front panels/ box type plug-in units, from page 199 For cooling, see page 220 Horizontal Rail Configurations: C1+G C1+G D1+G C1+G B C1+G B C1+G C1+G B C1+G C1+G D1+G D1+G D1+G D1+G D1+G B C1+G C1+G B C1+G B C1+G Ripac Vario EMC 3U Top: For backplane mounting Bottom: For backplane/front horizontal rails with 10 mm extension. Ripac Vario EMV 6U Top: For backplane mounting Bottom: For backplane/front horizontal rails with 10 mm extension. Ripac Vario EMV 9U for backplane mounting. Ripac Vario EMV 9U for backplane mounting/front horizontal rails with 10 mm extension. 159

148 Order Information Vario EMC System Subracks 4U nd 7U Order No. Subrack Order No. Subrack Order No. Subrack Order No. Subrack Page Vario EMC Vario EMC Vario EMC Vario EMC U (3 + 1) (3 + 1) (3 + 2x1/2) (3 + 2x1/2) (6 + 1) (6 + 1) (6 + 2x1/2) (6 + 2x1/2) Side panel a Max. card For For For For For For For For depth (T) mm mm depth mm backplane backplane* backplane backplane* backplane backplane* backplane backplane* *Front horizontal rails with 10 mm extension for type IV or VII injector/extractor handles Subrack Supply Includes (Unassembled) Rail U type (3 + 1) (3 + 1) (3 + 2x1/2) (3 + 2x1/2) (6 + 1) (6 + 1) (6 + 2x1/2) (6 + 2x1/2) For For For For For For For For backplane backplane* backplane backplane* backplane backplane* backplane backplane* Best.-Nr. 2 flanges trim sections, rear side panels 285 mm deep side panels 345 mm deep side panels 405 mm deep side panels 465 mm deep EMC gaskets, vertical Cover, flat, slotted Cover, L-shaped, /2U, top unslotted, bottom slotted at front (1set) Mounting blocks Depending on depth 190 K EMC gaskets for covers Front horizontal rails I Threaded inserts B Front horizontal rails with mm extension C1 Rear horizontal rails D1 Rear horizontal rails, center G Insulating strips 21HP ssembly screws M 4 x " Flange/Section/ Rear Trim Section 7U (6U + 1U) HE = U TE = HP 4U (3U + 1U) 12.5 T a (19 ) 84 TE 12.5 T a (19 ) 84 TE U (3U + 2 x.5u) T (19 ) 12.5 a 84 TE HE 1 HE 3 HE 1 /2 HE 1 /2 HE U (6U + 2 x.5u) 4.1 T a /2 HE 6 HE 1 /2 HE 1 HE 6 HE (19 ) 84 TE

149 Order Information Vario EMC System Subrack 4U nd 7U db MHz Technical Specifications: Overall depth: 285, 345, 405, 465 mm Installation width: 84HP Height: 4U, 7U Side panels: 2.5 mm aluminum sheet Flanges and horizontal rails: Extruded aluminum Covers: luminum Surface Finish: Clear chromated Tests: Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea Standards: The Ripac subrack is based on system dimensions to DIN , part 5, IEC , IEC , IEC , EI 310-D, IEEE and ccessories: Handles/front panels/box type plug-in units, from page 199 For cooling, see page 220 Horizontal Rail Configurations: 4U (3U + 1U) Top: For backplane Bottom: For backplane mounting/front horizontal rails with 10 mm extension. 4U (3U + 2x1/2U) Top: For backplane Bottom: For backplane mounting/front horizontal rails with 10 mm extension. 7U (6U + 1U) Top: For backplane Bottom: For backplane mounting/front horizontal rails with 10 mm extension. 7U (6U + 2x1/2U) Top: For backplane Bottom: For backplane mounting/front horizontal rails with 10 mm extension. 161

150 Order Information Compact System Subracks 3U nd 6U Order No. Subrack Order No. EMC Subrack Page U HP Mounting Mounting Mounting Mounting Mounting Mounting Mounting Mounting Mounting Mounting Mounting rail plate rail plate plate rail plate rail plate plate Side panel a Max. PCB For For For For For For For For For For depth (T) mm depth backplane backplane backplane backplane backplane backplane backplane backplane backplane backplane mm mm mounting mounting mounting mounting mounting mounting mounting mounting mounting mounting Subrack Supply Includes (Unassembled) For Backplane Mounting Rail type Side panels Side panels for cable entry EMC tight cable entry Trim sections Flange with keyhole EMC front/rear panels EMC rear panels for mounting 1 1 rail adapter Rear panel for mounting 1 1 rail adapter Mounting rail adapter EMC gaskets, vertical X X X X X 179 Covers, vented Front horizontal rails C1 Rear horizontal rails I Threaded inserts G Insulating strips 21 HP D1 Rear horizontal rails, center ccessories Guide rails See page Vented covers for 160 PCB Included in supply 191 Vented covers for 220 PCB Included in supply 191 F Z rails, DIN U 6U HE = U 2.75 T 2.75 a / (3 HE) 2.75 T 2.75 a / / / T 2.75 a / / / (3 HE) (6 HE) EMC Tight Cable Entry Device 162

151 Order Information Compact System Subrack 3U nd 6U Cable Inlet: EMC version: Side cable entry through EMC PG screwed cable entry in the side panel. Non-EMC version: Cable entry from above/below Standards: Ripac subracks are based on the system dimensions to DIN , part 5 and IEC , IEEE /101.1 and Configurations: Technical Specifications: Overall depth: 225, 285 mm For PCB depth: 160 mm and 220 mm Installation width: 21 and 42HP Height: 3U, 6U Prepared for mounting on DIN rail or mounting plate Side panels: 2.5 mm aluminum Flanges and horizontal rails: Extruded aluminum Surface Finish: Clear chromated C1+G Tests: Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea ccessories: Handles/front panels/ box type plug-in units, from page 199 For cooling, see page 220 C1+G D1+G C1+G C1+G C1+G C1+G D1+G C1+G C1+G 3U Top: For mounting rail Bottom: For mounting plate. 6U Top: For mounting rail Bottom: For mounting plate. Rail Installation Simply snap onto the rail by using special adapters. Mounting Plate Installation Using flanges with machined keyholes. 163

152 Order Information Vario Mobil System 3U nd 6U For Mobile Use Order No. Subrack Order No. Order No. Order No. Subrack Order No. Order No. Page Ripac Vario Mobil Side panels Subrack Ripac Vario Mobil Side panels Subrack Ripac Vario Ripac Vario Mobil EMC Mobil EMC U Side panel a Max. card For For For subrack For For For For subrack For depth (T) mm depth mm backplane connector Ripac Vario backplane backplane connector Ripac Vario backplane mm mounting DIN mounting mounting DIN mounting Subrack Supply Included (ssembled) U Rail For For For For For For type backplane connector backplane backplane connector backplane Order No. Quantity Flanges 19" Trim section Side panels See above EMC gaskets, vertical Covers, vented Mounting blocks K EMC gaskets for cover plate Front horizontal rails I Threaded inserts C1 Rear horizontal rails D1 Rear horizontal rails, center G Insulating strips 21 HP C3 Rear horizontal rails with integral Z rails D2 Rear horizontal rails, center with integral Z rails ssembly screws M4 x 12 ssembly screws M3 x 6 3U (EMC version) Flange/Trim Section T 12.5 a (19") 84 TE HE 4.1 6U (EMC version) 12.5 T a (19") 84 TE HE

153 Order Information Vario Mobil System 3U nd 6U For Mobile Use Technical Specifications: Overall depth: 245 mm Installation width: 84HP Height: 3U, 6U Side panels: 2.5 mm aluminum sheet mm (19") flanges and horizontal rails: Extruded aluminum Covers: luminum Surface Finish: Clear chromated Standards: The Ripac subrack is based on the system dimensions to DIN , part 5, IEC , IEC , IEC and EI 310-D. Tests: Vibration and shock-tested to: DIN IEC test Fc DIN IEC test Ea The subracks have been tested for use in the German national railway. The test was conducted in accordance with standard EN (electronic equipment for rail vehicles). The configuration of the tested subracks conforms to IEC ccessories: Handles /front panels/ box type plug-in units, from page 199 For cooling, see page 220 Horizontal Rail Configurations: C1+G C1+G C1+G C1+G D1+G D1+G C1+G C1+G C1+G C1+G C3 C3 C3 C3 C3 D2 C3 D2 C3 C3 Ripac Vario Mobil EMC 3U Top: For backplane mounting Bottom: For connector mounting. Ripac Vario Mobil EMC 6U Top: For backplane mounting Bottom: For connector mounting. Ripac Vario Mobil 3U Top: For backplane mounting Bottom: For connector mounting. Ripac Vario Mobil 6U Top: For backplane mounting Bottom: For connector mounting. 165

154 166 Ripac Subrack Components nd ccessories

155 Ripac Subrack Installation Over 8,000 Standard Products Involvement In Standardization Bodies nd Much More Covers Version 1 Version 2 Components Side panels Flanges Version 3 Version 4 Version 5 ccessories Horizontal rails EMC gaskets Vertical Divider Kits For combined installation of Euroboards and double-euroboards in 6U subracks in 6U subracks including guide rails in 9U subracks recessed for 6U PCBs in 9U subracks Front panel as cover Vertical support Horizontal Mounting Kits For horizontal installation of 6U/9U PCBs in 3U/4U subracks Trim frame Trim frame, vented Divider panels Guide Rails For 80, 160, 220 and 280 mm PCBs Plastic Plastic for ESD clips luminum Plastic, keyable for rear connection luminum, keyable with offset (telecom) ESD clip for keyable plastic guide rails Keys Board ejector//pcb retainer for box type plug-in units, types I and II Covers Covers, version Covers, version Covers, version Covers, version Mounting blocks Covers, version 5 (snap fastening) Covers for Ripac Eco *EMC gaskets for covers

156 Individual Subrack Components Side Panels nd Flanges Side Panels For Vario, Vario EMC, Compact nd Vario Mobil System ttachment holes and anti-twist half shears on a 10 mm pitch pattern. 2.5 mm aluminum Surface Finish: Clear chromated ccessories: Mounting flanges,see page 169 Rear flange,see page 170 D (T) a Packs Height (U) Order No. mm mm of 3 4 (3 + 1) 4 (3 + 2 x 1/2) 6 7 (6 + 1) 7 (6 + 2 x 1/2) fl 2 3U 4U (3U + 1U) 4U (3U + 2 x 1/2U) T a 10 fl fl 2 fl 4.1 T a T a fl 2 fl 4.1 6U 7U (6U + 1U) 7U (6U + 2 x 1/2U) fl 2 74 T a fl fl 4.1 T a fl fl 4.1 T a fl U 10U 11U T a T a T a fl 2 fl fl 2 fl fl 2 fl

157 Individual Subrack Components Side Panels nd Flanges mm (19") Mounting Flange 5 For all Ripac Vario subracks. Extruded aluminum Surface Finish: Clear chromated Supply Includes: 1 mounting flange ccessories: EMC gaskets, vertical, see pages 171,179 U Packs Order No. Order No. of With Without Handle Holes Handle Holes mm (19") Front Flange With T Channel To fit all Ripac Vario, Ripac Vario EMC, Ripac Compact and Ripac Vario Mobil subracks. The T-slot can be used for the attachment of components, for strain relief or for cable routing. EMC gaskets may be fitted for EMC applications. Extruded aluminum section Surface Finish: Clear chromated U Packs Order No. of Supply Includes: 1 front flange ccessories: EMC gaskets, vertical, see pages 171, mm (19") Mounting Flange, Recessed 2.5 To fit all Ripac Vario, Ripac Vario EMC, Ripac Compact and Ripac Vario Mobil subracks. For recessed mounting in the enclosure. Extruded aluminum Surface Finish: Clear chromated Supply Includes: 1 mounting flange U Packs Order No. of Note: ssembly screws, nuts and washers should be ordered separately. Packs of Order No. 4 set ccessories: EMC gaskets, vertical, see page

158 Individual Subrack Components Side Panels nd Flanges Side Panels For ECO System ttachment holes for 160 / 220 mm PCB installation. Continuous pitch pattern of holes top and bottom for cover attachment. 2.5 mm aluminum Surface Finish: clear chromate Supply Includes: 1 side panel D (T) Packs of Max. board Height (U) Order No. mm depth mm 3U 6U U 6U T1 a 12.5 T1 a Top view of side plate ø ø " flange 18 Handles For Subracks The handles are mounted on the flanges via handle holes. Die-cast aluminum Surface Finish: Painted, silver-gray U Packs of Order No Supply Includes: 2 handles, assembly parts Rear Flange 5 To fit all subrack versions. Guarantees an 84HP trim on the rear of the subrack. Integral profile to accommodate EMC gaskets. Extruded aluminum Surface Finish: Clear chromated Supply Includes: 1 trim ccessories: EMC gaskets, vertical, see pages 171,179 For all subracks Ripac Vario, Ripac Vario EMC, Ripac Compact and Ripac Vario Mobil U Order No. Packs of 1 Order No. Packs of ø " flange ø

159 Individual Subrack Components Side Panels nd Flanges Rear Flange With T Channel To fit all subrack versions. Guarantees an 84HP trim on the rear of the subrack. dditional T channels e.g. for cable routing, attachment of components or strain relief. EMC gaskets may be fitted for EMC applications. Extruded aluminum Surface Finish: Clear chromated U Packs of Order No Supply Includes: 1 trim ccessories: EMC gaskets, vertical, see pages 171, EMC Gaskets, Vertical To guarantee EMC protection between subrack sides and front and rear panels. There is a choice of two versions: Version 1: Segmented Version 2: One-piece For mounting on: mm (19") flanges Rear trim EMC contact strip U-shaped front panels Trims for Ripac Vario-Module Mounting flanges for Ripac Vario-Module Stainless steel Version 1 Segmented U Order No. Order No. Packs of 1 Packs of Version 2 One Piece U Order No. Packs of EMC Contact Strip To guarantee EMC protection when horizontal rails (PCB s) are set back. Integral groove to accommodate vertical EMC gaskets. 2 strips are required per subrack. Extruded aluminum Surface Finish: Clear chromated Supply Includes: 1 contact strip U Packs of Order No Note: ssembly screws should be ordered separately. Packs of Order No. M3 x lso Required: EMC gaskets, vertical, see above 171

160 Individual Subrack Components Horizontal Rails Ripac Extrusion System: Complete, Simple nd Well-Organized Main extrusions Front horizontal rail B Front horizontal rail with 10mm extension for extractor handle type IV or VII B1 Double front horizontal rail with 10 mm extension C1 Rear horizontal rail C3 Rear horizontal rail with integral Z rail C4 Rear horizontal rail for Ripac ECO C5 Rear horizontal rail with integral Z rail for Ripac ECO D1 Rear horizontal rail, center D2 Rear horizontal rail, center, with integral Z rail dditional extrusions E Rear adapter rail, center, to accommodate plastic guide rails F Z rail for connectors G Insulating strip* H Conductive strip* I Threaded insert J Identification strip K EMC gasket, horizontal * For conductive or insulated attachment of backplanes ll system requirements are covered by just a few basic horizontal rail types. This is a well-organized, cost-effective range to fit all subrack systems and the instrument case/ rackmounted enclosure range Ripac Vario-Module. 172

161 Individual Subrack Components Horizontal Rails Front Horizontal Rail () For accommodation of guide rails and securing of front panels. HP pitch pattern of holes for exact mounting of guide rails M 4 thread at ends Straight-through core hole Horizontal rail 192HP for cutting to length Extruded aluminum Surface Finish: Clear chromated 2) Flash anodized Note: Order assembly screws separately. Packs of Order No. M4 x Usable Packs of Order No. width (HP) 4 (left) (right) (left) (right) ) ) 1) Including 4 assembly screws 1.2 EMC gaskets, see page Front Horizontal Rail (B) With 10 mm Extension For Type IV nd VII Injector/Extractor Handle For accommodation of guide rails and securing of front panels. Front projection and hole pattern based on IEEE when using type IV and VII injectors/extractors HP pitch pattern of holes for exact mounting of guide rails M 4 thread at ends Straight-through core hole Horizontal rail 192HP for cutting to length Usable Packs of Order No. width (HP) ) ) 1) Including 4 assembly screws Note: Order assembly screws separately. Packs of Order No. M4 x Extruded aluminum Surface Finish: Clear chromated 2) Flash anodized EMC gaskets, see page

162 Individual Subrack Components Double Horizontal Rails Under B1 there are 3 Versions available: Version 1 for Dual PCB sizes (2 x 3U or 3U and 6U) above each other or mixed PCB sizes (2 x 3U next to 6U or 6U + 3U next to 9U) Version 2 for maximum load carrying in a minimum overall system height or for the horizontal mounting of PCBs in a Pizza Box Version 3 for max load carrying in combinations with other standard front horizontal rails (see above) Double horizontal rails are designed for: Improved load carrying (48 kg [8.8 lbs] per PCB at 4HP Improved connector force encounter (over 1000N [225 lbf] per slot) nti twist Injector/Extractor Handle interface 9U applications Max airflow design (max gap between front/rear rail) EMC improvement (no gap between 2 rails) Dual or mixed PCB size applications (2 x 3U in 6U, etc) Double Front Horizontal Rail, With 10 mm Extension (B1)-Version 1 For the attachment of Guide Rails on both sides. One side with 10 mm extension One side without 10 mm extension Material/Surface Finish: Clear chromated EMC gaskets, see page 177 Usable Packs of Order No. width (HP) Note: Order assembly screws separately. Packs of Order No. M4 x Double Front Horizontal Rail, With 10 mm Extension (B1)-Version 2 For the attachment of Guide Rails on one side only. One side with 10 mm extension One side without 10 mm extension Material/Surface Finish: Clear chromated EMC gaskets, see page 177 Usable Packs of Order No. width (HP) Note: Order assembly screws separately. Packs of Order No. M4 x Double Front Horizontal Rail, With 10 mm Extension (B1)-Version 3 For the attachment of guide rails on one side only. Material/Surface: Clear chromated EMC gaskets, see page 177 Usable Packs of Order No. width (HP) Note: Order assembly screws separately. Packs of Order No. M4 x

163 Individual Subrack Components Horizontal Rails Rear Horizontal Rail (C1) For accommodation of guide rails and securing of Z rails, insulating or contact strips. HP pitch pattern of holes for precise installation of guide rails M 2.5 for fastening the Z rails, insulating or contact strips and backplanes M4 thread at ends Straight-through core hole Horizontal rail 192HP for cutting to length Usable Packs of Order No. width (HP) ) ) Extruded aluminum 1) Including 4 assembly screws Surface Finish: Clear chromated 2) Flash anodized Note: Order assembly screws separately. Packs of Order No. M4 x Rear Horizontal Rail With Channel For Ripac ECO (C4) To accommodate guide rails and for the attachment of Z rails, insulating strips or contact strips. HP pitch pattern of holes for precise installation of guide rails Channel to slide in cover plates Threaded inserts (PS ) are additionally required for mounting backplanes/z rails M4 thread at ends Straight-through core hole Not suitable for mounting under cover plates Usable Packs of Order No. width (HP) Note: M4 x 12 assembly screws should be ordered separately, see above Extruded aluminum Surface Finish: Clear chromated

164 Individual Subrack Components Horizontal Rails Rear Horizontal Rail With Integral Z Rail (C3) For accommodation of guide rails. Integral Z rail for mounting of DIN connectors. HP pitch pattern of holes for exact mounting of guide rails 84 threaded holes M2.5 for fitting DIN connectors M4 thread at ends Straight-through core hole Extruded aluminum Usable Packs of Order No. width (HP) Note: Order assembly screws separately. Packs of Order No. M4 x Surface Finish: Clear chromated Rear Horizontal Rail, Center (D1) When using 6 U PCBs or modules. Mounting facility for Z rails, insulating or contact strips and backplanes. 84 threaded holes M2.5 M4 thread at ends Straight-through core hole Horizontal rail 192HP for cutting to length Extruded aluminum Surface Finish: Clear chromated 2) Flash anodized Usable Packs of Order No. width (HP) ) ) 1) including 2 assembly screws Note: Order assembly screws separately. Packs of Order No. M4 x Rear dapter Rail, Center (E) 6.15 When dividing 6U into 2 x 3U, the adapter rail fastened to the center horizontal rail accommodates the guide rails. HP pitch pattern of holes for precise installation of guide rails M4 and M2.5 thread at ends Straight-through core hole Horizontal rail 192HP for cutting to length Extruded aluminum Surface Finish: Clear chromated 2) Flash anodized Usable Packs of Order No. width (HP) ) ) ) including 2 assembly screws Note: Order assembly screws separately. Packs of Order No M4 x

165 Individual Subrack Components Horizontal Rails Z Rail For Connectors DIN (F) 3 With 84 x M2.5 thread. Extruded aluminum Surface Finish: Clear chromated Usable Packs of Order No. width (HP) Note: Order assembly screws separately Packs of Order No. M2.5 x Threaded Insert (I) With M 2.5 threaded holes in a 1HP pitch pattern. For pushing into front horizontal rails and rear rails of Ripac ECO, type and type B. Steel Surface Finish: Zinc-plated, passivated Usable Packs of Order No. width (HP) EMC Gaskets, Horizontal (K) s horizontal EMC protection. For snapping onto the front horizontal rails. Stainless steel Usable Packs of Order No. width (HP) For upper / lower horizontal rail When dividing 6U into 2 x 3U, between two horizontal rails Identification Strips (J) For identifying the installation positions on the subrack, self-adhesive. The following versions are available: 4 mm wide: For front rails, horizontal rails 4 mm wide: For rear horizontal rails 2 mm wide: For front horizontal rails (groove) Width Packs of Labeling Order No. 4 mm * 4 mm mm * 2 mm * * Extended delivery times 177

166 Individual Subrack Components Horizontal Rails Contact Strip (H) For conductive mounting of backplanes. Length 8HP Slides onto the rear horizontal rail luminum Surface Finish: Clear chromated Usable Packs of Order No. width (HP) Insulating Strip (G) For insulated mounting of backplanes. Length 21HP Snaps onto the rear horizontal rail Plastic, self-extinguishing to UL 94-V0 Usable Packs of Order No. width (HP) Rear horizontal rail equipped with insulating strip (top) and contact strip (bottom) Perforated Strip luminum Surface Finish: Clear chromated Usable Packs of Order No. width (HP) EMC Gaskets, Horizontal For horizontal EMC protection. Snap onto the front horizontal rails. Stainless steel Usable Packs of Order No. width (HP) For upper/lower horizontal rail When dividing 6U into 2 x 3U, between two horizontal rails

167 ccessories n Components For EMC ssembly EMC Gaskets, Vertical To guarantee EMC protection between subrack sides and front and rear panels. There is a choice of two versions: Version 1: Segmented Version 2: One-piece For mounting on: mm (19") flanges Rear trim EMC contact strip U-shaped front panels Trims for Ripac Vario-Module Mounting flanges for Ripac Vario-Module Stainless steel Version 1 Segmented U Order No. Order No. Packs of 1 Packs of Version 2 One Piece U Order No. Packs of EMC Gaskets For Cover Plates For EMC shielding between the horizontal rails and covers. Stainless steel HP Packs of Order No EMC Contact Strip To guarantee EMC protection when horizontal rails are set back. Integral groove to accommodate vertical EMC gaskets. 2 strips are required per subrack. Extruded aluminum Surface Finish: Clear chromated Supply Includes: 1 contact strip U Packs of Order No Note: ssembly screws should be ordered separately. Packs of Order No. M3 x lso Required: EMC gaskets, vertical, see above 179

168 ccessories Vertical Divider Kits n Divider Kit B For combined installation of Euroboards and double Euroboards in 6U and 9U subracks. luminum Surface Finish: Clear chromated Supply Includes: 2 front horizontal rails 1 adapter rail 2 threaded inserts 1 vertical support (from 12HP) ssembly parts ccessories: Front panels, see below EMC gaskets, see pages U (2 x 3U) HP (B) HP () Order No. 6U 2 x 3U U (1 x 6U + 1 x 3U) HP (B) HP () Order No. 9U 1 x 6/1 x 3U Divider Kit Incl. Guide Rails B For combined installation of Euroboards and double Euroboards in 6U subracks. Supply Includes: 2 front horizontal rails 1 adapter rail 2 threaded inserts 1 vertical support (from 12HP) 2 guide rails per slot ssembly parts ccessories: Front panels, see below EMC gaskets, see pages U (2 x 3U) HP HP Number Order No. Order No.* (B) () of slots for extrator 3U handles *Front horizontal rail with 10 mm extension See page 172 for details. Divider Kit, Recessed For set back installation of 6U PCBs in 9U subracks of more than 160 mm PCB depth. Supply Includes: 2 front horizontal rails 1 divider panel 2 threaded inserts 2 guide rails per slot ssembly parts ccessories: EMC gaskets, see pages U (6U Recessed) HP HP Number Order No. Order No.* (B) () of slots for extractor 3U handles *Front horizontal rail with 10 mm extension See page 172 for details. Front Panel front panel To conceal the vertical rails of the divider kit; must be ordered in addition to the divider kit for Euroboards/double Euroboards. luminum Surface Finish: Clear chromated Supply Includes: 1 front panel 1 vertical EMC gasket (for EMC) ssembly part U HP Packs of Order No EMC Version U HP Packs of Order No

169 ccessories Vertical Divider Kits/Horizontal Mounting Kits Vertical Support Required for combined installation of single, double and triple Euroboards in one subrack. Extruded aluminum Surface Finish: Clear chromated U Packs of Order No Horizontal Mounting Kit For horizontal installation of 6U/9U PCBs in 3U/4U subracks. Horizontal installation space: 3U subrack: 20HP (5 slots) 4U subrack: 28HP (7 slots) Vertical installation space: (for double Euroboards only) 31HP (without trim frame) 28HP (with trim frame) luminum, clear chromated Supply Includes: 2 front horizontal rails 2 rear horizontal rails.5 rear horizontal rails, center 2 threaded inserts 4/6 insulating strips 4 connecting parts ssembly parts 3U 4U Order No. Order No. 6U horizontal U horizontal U 4U Order No. Order No. 6U horizontal U horizontal Trim Frame For Horizontal Mounting Kit To cover the front rails of the horizontal mounting kit. luminum Surface Finish: nodized Supply Includes: 1 trim frame U HP For 3U For 4U horizontal subracks subracks Order No. Order No Trim Frame For Horizontal Mounting Kit, Vented To cover the front rails of the horizontal mounting kit. Ventilation holes prevent hot spots from developing on the printed circuit boards. luminum Surface Finish: nodized, clear chromated (EMC version) Supply Includes: 1 trim frame EMC accessories (for EMC version) U HP For 3U For 4U horizontal subracks subracks Order No. Order No Note: Captive screws and plastic collars should be ordered separately. EMC Trim Frame: U HP For 3U For 4U horizontal subracks subracks Order No. Order No Note: lignment screws should be ordered separately. Order No (slotted), packs of

170 Subrack ccessories Guide Rails Guide Rails (Plastic) For 160, 220 and 280 mm PCBs up to a nominal thickness of 2 mm. 2 versions are available: for snap-in and screw fastening for snap-in fastening (see photo) Fiberglass-reinforced polycarbonate (UL 94 V-1), RL 7032 PCB Packs Order No. Order No. depth of snap-in/screw snap-in fastening* fastening 160 mm mm mm *Note: Order assembly screws separately. Packs of Order No Guide Rails (Plastic) For ESD Clip Installation For 160, 220 and 280 mm PCBs up to a nominal thickness of 2 mm. By installing ESD clips, an electrical connection can be made between the PCB and the subrack assembly. Fiberglass-reinforced polycarbonate (UL 94 V-1), RL 7032 ccessories: ESD clips, see below PCB Packs Order No. depth of 160 mm mm mm ESD Clips To create an electrical connection between the PCB and subrack, or to discharge static charges of the PCB. May be installed in guide rails for ESD clips installation and end pieces for guide rails. Packs of Order No Guide Rails (luminum) For extreme mechanical loads. Suitable for nominal PCB thicknesses of 1.6 mm. distinction is made between guide rails with and without end pieces. Guide rails without end pieces are screwed directly onto the horizontal rail. luminum PCB Packs Order No. Order No. depth of without* for end pieces endpieces 160 mm mm mm meter Note: Order assembly material separately. Packs of Order No. Screw M2.5 x Nut M Retaining cage M End Pieces For Guide Rails (luminum) Metal ESD clips, Order No may be fitted in order to discharge static charges. Fiberglass-reinforced polycarbonate, UL 94-V1 ccessories: ESD clips, see above Packs of Order No. End piece, front End piece, rear ESD clips

171 Subrack ccessories n Guide Rails Guide Rails (Plastic), Keyable Guide rails 4HP, keyable, to IEEE For a nominal thickness of mm Keying areas for the installation of keys (see page 186) Option of installing ESD clips to discharge static charges (see page 185) Narrow design for maximum air flow Various color variants for distinction between the slots: red for CPU, green for power supply, yellow and gray for board type plug-in units slot identification. Only for use in conjunction with injector/extractor handles, types IV and VII (see page 98). Polycarbonate, basic material to UL 94-V0 ccessories: Keys, see page 186 ESD clips, see page 182 ESD clip PCB guide For PCB Packs Gray Red Green Yellow depth of Order No. Order No. Order No. Order No. 160 mm mm mm mm * mm mm * With 1/2HP offset Keys ESD clip for front panel Keyable Guide Rails For I/O ssemblies Guide rails 4HP, keyable, to IEEE Designed to accommodate a ground contact for assembly of a pluggable earth connection. For a nominal thickness of mm For 75 mm deep PCBs Keying areas for the installation of keys (see page 186) Option of installing ESD clips to discharge static charges (see page 185) Narrow design for maximum air flow For cpci or VME applications Color For PCB Packs Guide Rail Guide Rail depth of top bottom Order No. Order No. Grey 75 mm Yellow 75 mm Only for use in conjunction with injector/extractor handles, types IV and VII (see page 98). Polycarbonate, basic material to UL 94-V0 ccessories: Keys, see page 186 ESD clips, see page 182 Ground contact, see below Ground Contact Ensures a pluggable ground connection. Only for use with 80 mm guide rails for I/O board type plug-in units. UL recognized for 30. Die-cast zinc Supply Includes: Housing, contact spring Packs of Order No. Housing + 1 set contact spring Housing + 50 sets contact spring ssembly screw M3.5 x 12 mm 183

172 ccessories Guide Rails n Keyable Guide Rails, With 1/2 HP Offset Guide rails with.5hp offset. Guide part for use in telecommunications applications. This allows PCBs to be populated on both sides. Green guide rails with offset are prescribed in the Compact PCI standard for the installation of power packs (PICMG 2.11) For PCB thickness mm 4HP x 160/220 mm Narrow design for maximum air flow Coding areas for the installation of keys (see page 186) Option of installing ESD clips to discharge static charges (see page 185) Only for use in conjunction with type IV and VII handles Telecom (see page 98). For PCB Packs Color Order No. depth of Gray mm 1 Yellow Green Gray mm 1 Yellow Green Polycarbonate, self-extinguishing to UL94-VO Supply Includes: 1 guide rail ccessories: Keys, see page 186 ESD clips, see page 182 Extractor handles, type IV, VII with offset, see page 98 Keyable Universal Guide Rails (luminum), Three-Part Guide rails, keyable, with aluminum center part, for high mechanical loads. Suitable for a nominal thickness of mm. The guide rails comprise the following individual components: 2 end pieces 1 aluminum center part Insulating center part(s) End Pieces For Three-Part Guide Rails For a PCB thickness of mm. Polycarbonate, self-extinguishing to UL94-VO Packs of Order No. Front end piece Rear end piece Note: When ordering individually, one front and one rear end piece is required for each guide rail. luminum Center Part For Three-Part Guide Rails For a PCB thickness of mm. luminum Surface Finish: Clear chromated For PCB Order No. Order No. depth Packs of 1 Packs of mm mm mm mm Insulating Center Part For Three-Part Guide Rails The insulating center part slides onto the aluminum center part. Length: 60 mm Plastic, self-extinguishing to UL 94-V0 Packs of Order No For PCB depth No. of insulating strips required 160 mm mm mm mm mm 5 184

173 ccessories Guide Rails ir Block Panel For Unused Slots 4HP To conceal unused slots and prevent airflow. Snap-fastens onto keyable guide rails in unused slots. Suitable for all 4HP x 160 mm standard Guide Rails (not offset) Polycarbonate UL 94-V0 Color: Blue For 4HP plastic Packs of Order No. guide rail 160 mm ESD Clip For keyable guide rails. To discharge static charges. ESD clip for PCB guide (B) For permanent, direct discharge from the PCB before connector contact ESD clip for front panel () To discharge static charges in conjunction with an ESD pin (C). Inserted into the end piece of the guide rail Only for use in conjunction with extractor handle with ESD pin (type IV, type VII). Packs of Order No. Order No. ESD clip ESD clip for for PCB front panel Stainless steel Supply Includes: 50 ESD clips ESD Clip PCB guide Keys ESD Clip front panel 185

174 ccessories n Keying n Keys Keys are used for keying plug-type assemblies, and prevent them from being used in incorrect slots. The keys are inserted into the chambers of keyable guide rails and type IV and VII injector/extractor handles. There are 64 different keying options in total for each guide rail. When the upper and lower guide rail are both keyed, this produces a total of 4,096 different combinations. Plastic, self-extinguishing to UL 94-V0 Supply Includes: 100 keys ccessories: Keying tool for simple assembly of up to 3 keys Color Packs of Order No. Gray Red Standards: IEEE , IEC , PICMG 2.10 Position 1 Position 2 Position 3 Position 4 Keying Tool For simple assembly of keys. Up to 3 coding keys may be fitted simultaneously. n integral alignment pin makes positioning easier. Plastic, UL 94-V0 Supply Includes: 1 keying tool Packs of Order No

175 n ccessories Board Ejector PCB Ejector/Retainer To secure and extract PCBs without a front panel. Fastens to the PCB. The retainer can be used on its own as a PCB retainer. Fiberglass-reinforced polycarbonate (UL 94-V0), RL 7032 PCB ejector/retainer PCB retainer Packs of Order No. Order No. PCB ejector/ PCB retainer retainer only Plastic Guide Rails For Box Type Plug-In Units For PCB thickness 1.6 mm. For use in conjunction with slotted cover plates for box type plug-in units. Order No. see page 213. Noryl Supply Includes: 10 guide rails For PCB depth Packs of Order No. 160 mm mm

176 ccessories Covers n Covers Version 1 To fit all Vario System subracks, Vario EMC, Compact and Mobil. To cover the overall subrack depth (EMC application) or to protect connectors. Flat design top and bottom Optionally perforated or solid For mounting on the subrack side panel with the aid of mounting blocks. For EMC applications, additional mounting blocks must be fitted over the entire subrack depth 1.0 mm aluminum, hole diameter 4 mm in vented version Surface Finish: Untreated Set Supply Includes: 2 covers 8 mounting blocks at 28.5 mm 24 assembly screws Single Unit Supply Includes: 1 cover T d1 Single Unit Set HP For side panel Cover depth Order No. Order No. depth T (mm) d1 (mm) Perforated Solid Perforated Solid * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *The following should be ordered separately: Packs of Order No. Mounting blocks ssembly screws EMC gaskets EMC Gaskets For Covers For EMC shielding between the horizontal rails and covers. Stainless steel HP Packs of Order No

177 ccessories Covers Covers Version 2 To fit all subracks Vario System subracks, Vario EMC, Compact and Mobil. To cover the PCB depth. Flat design top and bottom Optionally perforated or solid For mounting on the subrack side panel with the aid of mounting blocks 1.0 mm aluminum, hole diameter 4 mm in vented version Surface Finish: Untreated Set Supply Includes: 2 covers 8 mounting 28.5 mm 24 assembly screws Single Unit Supply Includes: 1 cover d2 d1 Single Unit Set HP For side panel Cover depth Order No. Order No. depth T (mm) d1 (mm) Perforated Solid Perforated Solid * * * * * * * * * * * * * * * * * * *The following should be ordered separately: Packs of Order No. Mounting blocks ssembly screws Covers Version 3 To fit all Vario System subracks, Vario EMC, and Mobil.To cover the overall subrack depth (EMC application). Cover with 1U fold (no. 1), to conceal the 1U section in the subrack In addition, a flat cover (no. 2) is also required Front optionally perforated or solid Suitable for subracks 4U (3 + 1), 7U (6 + 1), 11U For mounting on the subrack side panel with the aid of mounting blocks. For EMC applications, mounting blocks must be fitted over the entire subrack depth 1.0 mm aluminum, hole diameter 4 mm in vented version Surface Finish: Untreated Single Unit Supply Includes: 1 cover with 1U fold d3 T Pos. 2 Pos. 1 Single Unit HP For side panel Cover depth Order No. depth T (mm) d1 (mm) Perforated Solid * * * * * * * * * * * * *The following should be ordered separately: Packs of Order No. Mounting blocks ssembly screws EMC gaskets

178 ccessories Covers n Covers Version 4 To fit all Vario System subracks, Vario EMC, and Vario Mobil. To cover the overall subrack depth. Covers top/bottom with.5u fold to cover the.5u section in the subrack Front optionally perforated or solid Suitable for subracks 4U (3 + 2 x.5) and 7U (6 + 2 x.5) For mounting on the subrack side panel with the aid of mounting blocks For EMC applications, additional mounting blocks must be mounted across the entire depth 1.0 mm aluminum, hole diameter 4 mm in vented version Surface Finish: Untreated Single Unit Supply Includes: 1 cover with.5u edge fold d3 T Single Unit HP For side panel Cover depth Order No. depth T (mm) d1 (mm) Perforated Solid *The following should be ordered separately: Packs of Order No. Mounting blocks ssembly screws EMC gaskets Mounting Blocks For mounting covers, versions 1 4, on the subrack side panel. For EMC applications, additional mounting blocks must be fitted across the entire subrack depth. Die-cast Surface Finish: Nickel-plated The table shows the number of mounting blocks required to install 1 cover with EMC shielding. Packs of Order No. Mounting blocks mm long *The following should be ordered separately: Packs of Order No. ssembly screws M3 x 6 No. of mounting Cover blocks for maximum depth (mm) EMC protection

179 ccessories Covers Covers (Snap Fastening) Version 5 To fit all Vario System subracks, Vario EMC, Compact and Vario Mobil.To cover the overall subrack depth or PCB depth. Simple ssembly: Side folds with half shears facilitates fast assembly (without mounting blocks) by simply snap-fastening Side notches for fitting horizontal rails in 160, 220 or 280 mm depth Optionally perforated or solid 1.0 mm aluminum, hole diameter 4 mm in vented version Surface Finish: Untreated Supply Includes: 1 cover 2 gaskets Single Unit HP For side panel Cover depth Order No. depth T (mm) d1 (mm) Perforated Solid mm 175/ /220 mm mm 175/ /220 mm mm mm 175/ mm /220 mm /220 mm /220 mm /220/280 mm Covers For Ripac ECO subracks. Covers the entire subrack depth. Optionally perforated or solid Covers are inserted into the horizontal rails and secured at the sides Mounting clips may optionally be used for additional support Sheet steel Surface Finish: Zinc-plated Supply Includes: 1 cover HP For side panel Order No. depth (mm) Perforated Solid ccessories: Mounting clips, Order No , packs of 1 ssembly screws, Order No , packs of 1 191

180 In Detail: Subrack Climate Control The built-up of heat from electronic components seriously impairs the performance of electronic systems and components. Particularly in modern industrial computers, heat loss levels are often on a par with those of room heaters. To make matters worse, the installation space inside the subracks is densely packed with electronic components. For this reason, effective heat dissipation is vital to prolong service life and operational reliability. Kaparel/Rittal s Ripac subrack system was designed with these aspects in mind. The slimline design of the horizontal rails and guide rails permits unrestricted airflow between the PCBs. This is supplemented with forced air movement devices for optimal cooling performance. Vertical Cooling Rack-mounted Fan Installed below the subrack in the enclosure. It ensures permanent air circulation to prevent the formation of hot spots. Fans re installed directly in the subrack, below or above the PCBs, with the aid of fan mounting plates, thereby preventing heat accumulation. Front To Back Cooling ir Baffle Plate and... ir Block Panel Ensure controlled air-flow in the subrack. Rear Panels With cutouts for the installation of 80 or 120 mm fans. The fan cutouts may be covered with a finger guard or EMC filter. Front To Back Cooling With The RiCool Blowers Mounting t the top, in the subrack on a mounting plate. Hot swap version standard. ir Filters Fitted beneath the board type plug-in units filter the air. RiCool Blower Blowers which combine maximum output (204 m 3 /h unimpeded airflow) with minimum space requirements (1U). The air is drawn in vertically, diverted through 90 and discharged to the rear. Recommended for high heat losses from approximately 700W upwards. 500W in redundant mode. 192

181 Product Information Subrack Climate Control Optimum air-flow conditions in the subrack Detailed solutions for controlled air-flow Innovative hot-swap RiCool blower for high heat losses, only occupying a space of 1U Tailored airflow management Kaparel/Rittal Enclosure Climate Control Naturally, all components in Kaparel/Rittal s world-leading enclosure climate control range are also available to protect sensitive microelectronics. This guarantees enhanced operational reliability and longer service life. Our brochures The Perfect Climate and Catalog 30 contain details of cooling units, heat exchangers, fan-and-filter units, heaters and a wide range of useful and important accessories. For Rack-mounted Cooling Units service flap on top ensures problem-free access to the thermostat for adjusting the setpoint. Cross-flow Blowers s cross-flow blowers are distiguished from other blower and fan designs by their high air throughput in the most confined space, coupled with low-noise operation. More detailed information about climate control can be found in the Rittal Catalog 30 or the brochure The Perfect Climate. 193

182 T ccessories n Subrack Cooling n Vertical Cooling From Bottom To Top D 1 irflow via normal convection or forced-air cooling devices in the enclosure or housing outside of the subrack. 2 Vertical forced airflow, supported by fans installed at the bottom of the subrack (1U). For the cooling of enclosures and housings, rack mounted fans, rack-mounted heat exchangers and rack-mounted cooling units are also available. 1 HE d Fan Mounting Plate For installing 120 mm fans in 4U/7U/11U subrack. For mounting on the subrack side panels. 1.5 mm aluminum Surface Finish: nodized Supply Includes: 1 fan mounting plate U For PCB No. of HP Order No. Order No. depth fan mounting Fan mounting plate Fan mounting plate plates required DC fan C fan 160 mm mm mm mm mm 3 Note: Terminal block, Order No is also required for each subrack TE Diagonal Cooling From Front To Back Diagonal airflow from front to back allows individual cooling of PCBs in both a vertical and horizontal installation position. n air baffle and air partition ensures controlled airflow. 7 HE TE = HP HE = U, T = Depth t 194

183 Product Information Subrack Climate Control ir Baffle For controlled airflow in 7U subracks. For mounting on the subrack side panels with the aid of mounting blocks. 1 mm aluminum Surface Finish: nodized Supply Includes: 1 air baffle, assembly parts Subrack Depth a b depth (t) mm Order No. (T) mm * b b * a a ir Partition For controlled airflow in the subrack. The partitions are mounted to the horizontal rails together with the backplanes. ssembly screws and washers, Order No , Packs of 100 sets. Epoxy Supply Includes: 1 air partition U Order No. 1/ HE = U ir Block For Unused Slots To block unused slots and prevent air-flow. The air block panel is mounted between the plastic guide rails by simply snap-fastening. Polycarbonate, self-extinguishing to UL 94 VO Color: Blue For plastic Packs Order No. guide rail of 160 mm

184 ccessories Ventilation Front/Rear Panel Front/Rear Panels For Ventilation 2.5 mm aluminum Surface Finish: nodized Supply Includes: 1 front panel U HP Order No Note: Captive screws should be ordered separately. Type Packs of Order No. slotted HE=U TE=HP TE HE Ø 5 Ventilation EMC Front/Rear Panels 2.5 mm aluminum Surface Finish: Clear chromated Supply Includes: 1 front panel 1 contact strip 1 gasket strip 1 vertical EMC gasket ssembly parts U HP Order No HE=U TE=HP TE HE Ø 5 Ventilation EMC Front/Rear Panels 2.5 mm aluminum Surface Finish: nodized Supply Includes: 1 rear panel U HP For fan Order No mm mm mm mm mm mm mm HE=U TE=HP 85 TE 16 Note: Captive screws should be ordered separately. Type Packs of Order No. slotted /7/9/10/11 HE /4 HE 85 TE 77 ccessories: Fans, see pages

185 ccessories Ventilation Front/Rear Panel EMC Rear Panels For Fan Installation 2.5 mm aluminum Surface Finish: Clear chromated Supply Includes: 1 rear panel 1 contact strip 1 gasket strip 1 vertical EMC gasket ssembly parts U HP For fans Order No mm mm mm mm mm mm mm TE /7/9/10 HE /4 HE 84 TE Rear Panels, Hinged For Fan Installation 2.5 mm aluminum Surface Finish: nodized Supply Includes: 1 rear panel 1 set of hinges including assembly parts HE=U TE=HP 85 TE U HP For fans Order No mm mm mm mm mm mm mm Note: Captive screws should be ordered separately. Type Packs of Order No. slotted /7/9/10/11 HE /4 HE 85 TE 77 ccessories: Fans, see pages EMC Rear Panels, Hinged For Fan Installation 2.5 mm aluminum Surface Finish: Clear chromated Supply Includes: 1 rear panel 1 contact strip 1 gasket strip 1 vertical EMC gasket 1 set of hinges ssembly parts U HP For fan Order No mm mm mm mm mm mm HE=U TE=HP 84 TE /7/9/10 HE /4 HE 84 TE

186 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Modular CompactPCI Backplanes Handles/Front Panels/Box Type Plug-in Units Micro-switches Guide rail keyable Keys Front panels PCB holder Flat U-channel EMC Handles Type I 10 9a 9b Type II Type IV/IVs Type VII included with supply may be combined 198

187 Handles, Front Panels Type I, II, IV, VII * Flat front panels with extractor handle type I, II * U-channel front panels with extractor handle type I, II, IV PCB holder (die-cast) * Plastic cover for PCBs Flat front panels for extractor handles type I, II, IV, VII U-channel front panels for extractor handles type I, II, IV, VII EMC gaskets, vertical Extractor handle type I Extractor handle type II Injector/extractor handle type IV Injector/extractor handle type VII Keys Microswitches Type V and VI * Flat front panels with type V handle and PCB holder Flat front panels for handles type V and VI U-channel front panel for handles type V and VI Handle type V (aluminum) Handle type V (plastic) * Identification strips Handle type VI PCB holder Front panels as filler panels, flat * Front panels as filler panels, U-channel Front panels, hinged * EMC front panels, hinged * Rear panels for fan installation Front panels for ventilation * PMC front panels Box Type Plug-in Units 22 Ripac box type plug-in units * ccessories for Ripac box type plug-in units * Box type plug-in units for drive chassis Flat Front panels U-channel (EMC) PCB holder The color coding in the modular diagram opposite serves to distinguish between the types. It bears no relation to the color coding in the table of contents. * Not illustrated Handles Type V Type VI may be combined 199

188 ccessories Front Panels - Complete Sets: 3U/6U/9U With Extractor Handle Flat Front Panels With Type I Or II Extractor Handle Front panel: 2.5 mm aluminum sheet Handle: Plastic Surface Finish Of Front Panel: nodized Supply Includes: 1 front panel 2 (1 for 3U) handles, black 1 set of assembly parts 1 PCB holder (for 3U) Type I handle Type II handle U HP a Flat front panels with extractor handle mm Order No. Type I Order No. Type II VME64 Extension U-Channel Front Panels With Type IVs Injector/Extractor Handle Front panel: Extruded aluminum sheet Handle: Plastic Surface Finish Of Front Panel: Clear chromated Supply Includes: 1 front panel, 2 (1 for 3U) handles, black, 1 EMC gasket, vertical 1 set of assembly parts, 1 PCB holder (for 3U) Type I handle Type II handle Type IV handle U HP a U-channel front panels with extractor handle mm Order No. Order No. Order No. Type I Type II Type IVs* * Only in conjunction with front horizontal rails with 10 mm extension 200

189 ccessories Front Panels Complete Sets: 3U/6U/9U With Extractor Handle n Dimensional Drawings For Complete Sets Front Panels With Extractor Handle, Type I, II Or IVs 3U 6U 9U a (4 7 TE) a (8 12 TE) 5.9 a (8 12 TE) a (4 7 TE) M M M HE 3.3 a (8 12 TE) HE HE 3.3 a (4 7 TE) Extractors Type I X Type II Type IVs Identification Labels Identification labels for type I, II and IV extractor handles, 4HP. Packs of Order No Plastic Cover For PCBs Cover for mechanical protection of the solder side of the PCB and the EMC gaskets. ttachment holes as per cpci or VME specifications. Recommended for PCBs with EMC front panels. 0.3 mm plastic, antistatic For PCBs Packs of cpci Order No. cpci Order No. VME Order No. Perforated Solid Solid 3U x 160 mm U x 160 mm U x 80 mm Fastening clips

190 ccessories Front Panels For Handles, Type I, II, IV, VII Flat Front Panel For Handles, Types I, II, IV Or VII 2.5 mm aluminum sheet Surface Finish: nodized Supply Includes: 1 front panel Note: From a front panel width of 4HP (with 3U) and 7HP (with 6U) upwards assembly parts should be ordered separately. Collar screws and plastic collars, Order No. RP , packs of 100 HP a Flat front panels (TE) mm Order No. 3U Order No. 6U Order No. 9U U-Channel Front Panels For Handles, Types I, II, IV Or VII 2.5 mm aluminum extruded Surface finish: Clear chromated Supply Includes: 1 front panel Note: From a front panel width of 4HP (with 3U) and 7HP (with 6U) upwards assembly screws should be ordered separately. lignment Screws Design Packs of Order No. Slotted Posidrive HP a U-channel front panels (TE) mm Order No. 3U Order No. 6U Order No. 9U U 6U 9U 5.9 a (8 12 TE) a (4 7 TE) 5.9 a (8 12 TE) a (4 7 TE) a (8 12 TE) a (4 7 TE)

191 ccessories Injector/Extractor Handles, Type I, II, IV, IVs, VII n Extractor Handle Type I nd Type II Type I extractor handle Type II extractor handle Suitable for all flat front panels/u-channel front panels With removal function May be used in combination with horizontal rails with 10 mm extension Supply Includes: 1 handle ssembly parts Suitable for 3U, 6U applications. ccessories: Identification lables Order No , packs of 100 (see page 201) Type I Extractor Handle, 15 mm Color Packs of Order No. Black * Type II Extractor Handle, 30 mm Color Packs of Order No. Black * *With 3U, only one extractor handle is required at the bottom Type IVs Injector/Extractor Handle With Push-button Injector/extractor handle for the insertion and removal of rack connectors with a large number of pins. metal insert ensures reliable functioning, even at forces of up to 815 N. The injector/extractor handles are only for use in conjunction with horizontal rails with a 10 mm extension. Push-button for locking and unlocking the board type plug-in unit (cannot be extracted in the locked position) Optionally with 1/2HP offset PCB attachment, e.g. for component mounting on both sides Optional integral microswitch for live insertion applications ESD pin to dissipate static charges before connecting the board type plug-in unit Keying areas to accommodate keys Integral PCB attachment Plastic/metal Supply Includes: Injector/extractor handle, assembly parts Self Locking Installation Packs of Order No. Top Bottom With 1/2 HP Offset Installation Packs of Order No. Top Bottom ccessories: Keys, see page 205 Keyable guide rails, see pages Keyable guide rails with offset, see page 184 Microswitch, see page 204 Connection Pin For Injector/Extractor Handles, Types IV/IVs The connection pin can be used to connect injector/extractor handles, types IV and VII, side by side. Steel Packs of Order No Type VII Injector/Extractor Handle, Plastic (Typically Used For cpci PSUs) Injector/extractor handle for insertion and removal of connectors with a large number of pins. This handle was specifically designed for use in telecom applications. Only for use in conjunction with front horizontal rails with a 10 mm extension (see page 173). Optionally with 1/2 HP offset PCB attachment, e.g. for component mounting on both sides Minimum space requirements, thanks to fold-up handle Option of installing keys (when using keyable guide rails) Optional integral microswitch for live insertion applications ESD pin to dissipate static charges prior to making contact with the connectors and precise positioning of the board type plug-in unit Large labeling area on the front Optimum leverage for connectors with a large number of pins Handles Without Offset Installation Packs of Order No. Top Bottom Handles With 1/2HP Offset Installation Packs of Order No. Top Bottom Plastic Supply Includes: injector/extractor handle, assembly parts ccessories: Keys, see page 205 Keyable guide rails, see pages Keyable guide rails with 1/2HP offset, see page 184 Microswitch, see page

192 ccessories Injector/Extractor Handles, Microswitch Type VII Injector/Extractor Handle (Telecom) Metal injector/extractor handle for insertion and removal of connectors with a large number of pins (up to 835 N). This handle was specifically designed for use in telecom applications. Only for use in conjunction with front horizontal rails with a 10 mm extension. Optionally available with 1/2HP offset Option of installing keys Optional integral microswitch for live insertion applications ESD pin to dissipate static charges Metal design for use in aggressive atmospheres Die-cast zinc Supply Includes: Injector/extractor handle, assembly parts Handles Without Offset Installation Packs of Order No. Top Bottom Handles With Offset Installation Packs of Order No. Top Bottom ccessories: keys, see page 00 Keyable guide rails, see page 00 Keyable guide rails with offset, see page 00 Microswitch, see page 00 Microswitch Including Cable nd Connector For live insertion applications. For mounting in type IV and VII injector/ extractor handles. Supply Includes: Microswitch, connector type Molex , mounting clips, 3 cables, 25 mm x #32 WG, fully assembled Packs of Order No. 1 set Microswitch Packs of Order No. Microswitch retainer Microswitch with harness assembly 204

193 ccessories Front Panels Keys Keys are used for keying plug-type assemblies, and prevent them from being used in incorrect slots. The pins are inserted into the chambers of keyable guide rails and type IV and VII injector/extractor handles. There are 64 different keying options in total for each guide rail. When the upper and lower guide rails are both keyed, this produces a total of 4,096 different combinations. Plastic, self-extinguishing to UL 94-V0 Supply Includes: 100 keys ccessories: Keying tool for simple assembly of up to 3 coding keys IEEE , PICMG 2.10, IEC Color Packs of Order No. Gray Red Position 1 Position 2 Position 3 Position 4 Keying Tool For simple assembly of keys. Up to 3 keys may be fitted simultaneously. n integral alignment pin makes positioning easier. Plastic, UL 94-V0, self-extinguishing Supply Includes: 1 keying tool Packs of Order No EMC Gaskets, Vertical Version 1 Version 2 To ensure EMC protection between U-channel front panels and subrack side panel. There is a choice of two versions: Version1: Segmented Version 2: One-piece Version 1: U Order No. Order No. Packs of 1 Packs of Stainless steel Version 2: U Order No Packs of PCB Holder Kit For attaching the PCB. Only required at the top of 3U front panels. Die-cast Packs of Order No ssembly screws should be ordered separately: For attaching of Packs of Order No. PCB to PCB holder Front panel to PCB holder 205

194 ccessories Front Panels With Handles n Front Panels With Type V Handle nd Dual PCB Holder Complete kits 2.5 mm aluminum, natural anodized Handle: aluminum, natural anodized PCB holder: polycarbonate RL 7032 Supply Includes: 1 front panel 1 (2) handle(s) 1 (2) PCB holder(s) assembly parts ccessories: For identification strips for handles, see page 207 HP a W Order No. Order No. (B) 3U 6U H=128.7 H= a B a B a b B 2.5 Front Panels For Type V nd VI Handles a a 5.9 b 2.5 B a 2.5 mm aluminum sheet Surface Finish: nodized Supply Includes: 1 front panel ccessories: Handles, type V and VI, see page 207 HP a B b Packs of Model No. 3U Model No. 6U Note: Captive screws and plastic collars should be ordered separately. Order No (Slotted), packs of 100 sets. Order No (Posidrive), packs of 100 sets. U-shaped Front Panel For Type V nd VI Handle 2.5 mm aluminum Surface Finish: Clear chromated Supply Includes: 1 front panel 1 vertical EMC gasket ccessories: Handles, type V, see page 207 Handles, type VI, see page 207 Note: lignment screws should be ordered separately. Order No.RP (slotted), packs of 100. HP a B Packs Order No. Order No. of 3U 6U

195 ccessories Front Panels With Handles n Type V Handle, Plastic Plastic Supply Includes: 1 handle ccessories: ssembly kit should be ordered separately, Order No.RP , packs of 1 set. Identification strip, self-adhesive, Order No.RP , packs of 1, 0.5 m. HP Color Packs of Order No. 3 Gray Gray Gray Gray Gray Black Black Black Black Black Type V Handle, luminum luminum Surface Finish: nodized Supply Includes: 1 handle HP Order No. HP Order No m Note: ssembly kit should be ordered separately. Order No , packs of 1 set (1 fastening piece, 1 square nut, 1 cheese head screw).2 packs are required for 6HP. Identification Strips For Type V Handles, luminum For individual labeling of the handles. 0.5 mm aluminum Surface Finish: nodized HP Packs of Order No m m Type VI Handle, luminum luminum Surface Finish: nodized Supply Includes: 1 handle HP Order No. HP Order No m Note: ssembly kit should be ordered separately. Order No See type V handle, aluminum, for details. 207

196 ccessories Front Panels Handle, Type V, VI n Dual PCB Holders For Front Panels For securing PCBs to front panels. Noryl Supply Includes: PCB holder ssembly parts Packs of Order No Filler Panels Non EMC Filler panel 2.5 mm aluminum sheet natural anodized Supply Includes: 1 front panel Note: Captive screws and plastic collars should be ordered separately. Order No (slotted), packs of b a B H H 6.2 HP a Width b Order No. Order No. Order No. Order No. Order No. Order No. Order No. Order No. Order No. (B) 1U 2U 3U 4U 6U 7U 9U 10U 11U H = 39.8 H = H = H = H = H = H = H = H =

197 ccessories Front Panels n Filler Panels, U-shaped For EMC 2.5 mm aluminum, extruded Surface Finish: Clear chromated Supply Includes: 1 front panel, one-part or three-part 1 vertical EMC gasket 1 contact strip (three-part only) 1 gasket strip (three-part only) Note: Order alignment screws separately. Order No. RP (slotted), packs of a B 7.47 b c d a B H 6.2 H H H 6.2 HP a Width b c d Order No. Order No. Order No. Order No. Order No. Order No. Order No. Order No. Order No. (B) 1U 2U 3U 4U 6U 7U 9U 10U 11U H=39.8 H = H = H = H = H = H = H = H = HP version one-part; > 14 HP version three-part 209

198 ccessories Front Panels, Hinged Front Panels, Hinged EMC Front Panels, Hinged 2.5 mm aluminum Surface Finish: nodized Supply Includes: 1 front panel 1 set of hinges ssembly parts *Note: With rear mounting of 42HP and 84HP hinged panels, additional rear flanges must be attached at the rear of the subrack, see page mm aluminum Surface Finish: Clear chromated Supply Includes: 1 front panel 1 set of hinges 1 contact strip 1 gasket strip 1 vertical EMC gasket ssembly parts, see page 218 U HP Order No. Order No. Vertically Horizontally Hinged Hinged 3 42* * * * U HP Order No. Horizontally Hinged *Note: With rear mounting of 42 HP and 84 HP hinged panels, additional rear flanges must be attached at the rear of the subrack, see page 170. Note: Rear Panels For Fan Installation see pages Front/Rear Panels, For Ventilation see page

199 ccessories PMC Or CMC Front Panels nd Covers n PMC Or CMC Front Panels For PCI mezzanine boards (PMC). Conforms to IEEE 1386(CMC)/1386.1(PMC) Die-cast zinc Supply Includes: 1 front panel ccessories: EMC sealing ring and gasket see below Packs of Order No PMC Front Panels For PCI mezzanine boards (PMC). Conforms to IEEE 1386(CMC)/1386.1(PMC) Extruded aluminum section, clear chromated Supply Includes: 1 front panel ccessories: EMC sealing ring and gasket see below Packs of Order No Support Spacer 10 mm, for mounting mezzanine boards. Supply Includes: 1 support spacer Packs of Order No Covers To conceal unused mezzanine cutouts in 3U and 6U front panels. The covers are simply clipped into the cutouts. Packs of Order No EMC Seals For inserting into the all-round channel of the mezzanine front panels. Material/Surface Finish: Sealing ring made form conductive carbon filled silicon, sealing gasket made from stainless steel Options Packs of Order No. Sealing ring Sealing gasket ssembly Screws nd Keying ssembly parts for all PMC components are M2.5x6 inch screws. To ensure use of correct voltage of mezzanine parent boards. The keying pins are bolted onto the boards. Packs of Order No. ssembly Parts Keys

200 Order Information Box Type Plug-in Units, Type 1 HP a Width b c C d e f n Order No. Order No. (B) Type I Type II Type I, 3U Type I, 6U Board Depth 160 mm * For other depth/width, please inquire. Supply Includes * 3U 6U Front panel Handle Side panels Cover including rear panel 1 Rear panel 1 2 PCB holder ssembly parts (set) ccessories Cover Guide rails Threaded inserts Ripac Box Type Plug-in Units Type I a Section Board depth 160 mm Section B B Type I 7.46 B d e 2.5 c B b b a B b Section Board depth 160 mm B f d e B Section B B Type I c b B 22.3 f

201 Order Information Box Type Plug-in Units, Type 1 n Technical Specifications: Installation depth: 160 and 220 mm Height: 3U and 6U to DIN , part 5 Rear panel to accommodate individual connectors Front Panel: 2.5 mm aluminum, natural anodized Rear Panel: 2 mm aluminum, natural Module Sections: Extruded aluminum section, natural anodized Handle: luminum, natural anodized PCB Holder: Plastic Box type plug-in units in special sizes or with printing available on request. Box Type Plug-in Unit, Type I Standard rear panel with cutout for connector. Covers (ccessory) for box type plug-in units, vented or unvented, slide-in or screw fastening. Order No. see page 214. EMC Box Type Plug-in Unit with EMC front panel. On request. PCB Holder for securing PCBs. Order No. see page

202 ccessories Ripac Box Type Plug-in Units, Individual Components Box Type Plug-in Units, Types I nd II In 3U nd 6U Type I for one connector/type II for several connectors Index Box type plug-in units, indiv. comp. Type I Type II Packs of 8 HP 10 HP 12 HP 14 HP 21 HP 28 HP 42 HP Front Panels Of 2.5 mm luminum, nodized Surface Finish For 3U For 6U (for 1 handle) For 6U (for 2 handle) EMC Front Panels Of 2.5 mm luminum, Surface Finish Clear Chromated (Only For Use In Conjunction With 10HP Box Type Plug-in Unit) 1a For 3U/10HP box type plug-in unit For 6U/10HP box type plug-in unit EMC gaskets for front panels 1b For 3U For 6U Handle Type V Of extruded aluminum section, anodized surface finish Of plastic Identification strips 3 Of 1.4 mm aluminum, anodized surface finish Covers Of 1 mm luminum, Clear Chromated/1.2 mm Sheet Steel, Zinc-plated, Passivated (With Vent Slots) 4a Unvented, for board depth 160 mm Unvented, for board depth 220 mm b Vented, for board depth 160 mm Vented, for board depth 220 mm Vent slots for plastic guide rails, c for card depth 160 mm Vent slots for plastic guide rails, for card depth 220 mm Side Panel Of Extruded luminum Section, nodized 3U, for board depth 160 mm U, for board depth 160 mm U, for board depth 220 mm U, for board depth 220 mm Rear Panel Of 2.0 mm luminum, Untreated/1.2 mm Sheet Steel, Spray Finished 6a For 1 connector Type I Type I 214

203 ccessories Box Type Plug-in Units, Type V nd Type VI In 3U nd 6U n Type V, With Cover (Unvented)/Type VI, With Cover (Vented) Index Box type plug-in units, indiv. comp. Type V Type VI Packs of 6 HP 7 HP 8 HP 10 HP 12 HP 14 HP Front Panels Of 2.5 mm luminum, nodized Surface Finish 1 For 3U For 6U Trapezoid Handle Of extruded aluminum section, anodized surface finish Of plastic Identification Strips 3 Of 1.4 mm aluminum, anodized surface finish Covers Of 1 mm luminum, Clear Chromated Surface Finish Unvented, 3U, for board depth 160 mm a Unvented, 3U, for board depth 220 mm Unvented, 6U, for board depth 160 mm Unvented, 6U, for board depth 220 mm Unvented, 3U, for board depth 160 mm b Unvented, 3U, for board depth 220 mm Unvented, 6U, for board depth 160 mm Unvented, 6U, for board depth 220mm Side Panel Of Extruded luminum Section, nodized 3U, for board depth 160 mm U, for board depth 160 mm U, for board depth 220 mm U, for board depth 220 mm ssembly Parts For Box Type Plug-in Units, Types I, II, V, VI Description For installation of: Packs of Order No. ssembly kit for box type plug-in units, type I/II, 3U Box type plug-in units, type I/II, 3U 1 set ssembly kit for box type plug-in units, type I/II, 6U Box type plug-in units 16U 1 set ssembly kit for box type plug-in units, type V/VI Box type plug-in units, type V/VI 1 set ssembly kit for box type plug-in units with EMC front panel Box type plug-in units with EMC front panel 1 set ssembly kit for plastic handles Plastic handles on box type plug-in units 1 set For more screws, see pages Type V Type VI a 1 4b

204 ccessories Ripac Box Type Plug-in Units For Drives Vertical Drive Chassis For the installation of drives or CD-ROMs. May be installed in all Ripac subracks and special subracks for drive chassis Optionally prepared for EMC or non-emc ccommodation for 3-1/2" or 5-1/4" drives or CD-ROM, vertical Front panel and support plate integrated Front panel: 2.5 mm aluminum Support plate: luminum Surface Finish: Clear chromated Supply Includes: 1 front panel with support plate 1 EMC gasket (with EMC modules) ssembly parts 7.47 B TE H HE Installation Front panel pproximate Front panel Order No. drives depth of drive cutout U (HE) HP (TE) H Width (B) EMC non-emc 1 x 3-1/2" x 3-1/2" x 5-1/4" x 3-1/2" x x x x x 5-1/4" x 3-1/2" x 3-1/2" x 3-1/2" Guide Rail For Drive Chassis This ultra low profile guide rail has been developed for rigid drive chassis in the Ripac Vario subrack for drive chassis. 2 guide rails are required for each drive chassis. Supply Includes: 1 guide rail including alignment pin For installation depth Packs of Order No. 160 mm Note: ssembly screws should be ordered separately (2 assembly screws are required per guide rail) Order No , packs of 100 PCB Holders In Box Type Plug-in Units Type I, II, V, VI For fastening PCBs in box type plug-in units. PBT (Pocan 4235) Packs of Order No. 2 + assembly screws

205 ccessories Ripac Box Type Plug-in Units/Installation n Covers For Type I nd II Box Type Plug-in Units Slide-in Cover Screw-fastened Cover Without vent slots. For slide-in fastening in the box type plug-in units. The covers with vent slots are suitable for the installation of plastic guide rails. 1.0 mm aluminum, clear chromated (cover plates without vent slots) 1.2 mm sheet steel, zinc-plated, passivated (cover plates with vent slots) Note: ssembly screws should be ordered separately: Order No , packs of 100 Supply Includes: 1 cover Unit Packs of Order No. Order No. width Vented Solid Board Depth 160 mm 8HP HP HP HP HP HP HP Board Depth 220 mm 8HP HP HP HP HP HP HP Cover Plates For Type I nd II Box Type Plug-in Units Slide-in, with ventilation holes (EMC). 1.0 mm aluminum Supply Includes: 2 covers Unit Packs of Order No. Order No. width 160 mm 220 mm 8HP HP HP HP HP HP HP Guide Rails For Type I nd II Box Type Plug-in Units For guiding several PCBs in a single box type plug-in unit. May be installed in covers with vent slots. Noryl For PCB Packs of Order No. thickness 1.6 mm 160 mm mm Threaded Inserts For Box Type Plug-in Units Type I, II, V, VI For securing accessories to the outside of the module side panel. The threaded inserts slide into the side section and the assembly is fastened with M2.5 set screws, Order No.RP Steel Surface Finish: Zinc-plated, passivated Module depth Packs of Order No. 160 mm mm

206 ssembly Parts For the attachment of: Dimensions Description Order No. Packs of Order No. Packs of 1 Front panels to unit side panels M3 x 8 Panhead csk-screw ISO Z-2F Rear panels to box type plug-in units M3 x 8 Panhead screw ISO Z-2F PCB holders (plastic) to front panel, top M2.5 x 10 Panhead csk-screw ISO Z-2F Horizontal rails to side panels Panhead self-locking - Divider panels to horizontal rails M4 x 12 screw similar to DIN ISO Horizontal rails to vertical supports Z-2F - PCBs to PCB holder Panhead screw (die-cast with 3U), top M2.5 x 8 ISO Z-2F - PCBs to extractor handles with 6U PCB holders (plastic) to type V/VI handles, Panhead screw bottom M2.5 x 10 ISO Z-2F - PCBs to PCB holders (plastic) Connectors to Z rails - Z rails to horizontal rails Panhead screw - Type V/VI handles to partial front plates, M2.5 x 6 ISO Z-2F bottom right for > = 5HP luminum guide rails to horizontal rails luminum guide rails to horizontal rails (fastening of square nuts) Type V handle (plastic) to front panels Connectors to PCBs (IEC 60603) M2.5 x 12 Guide rails (plastic) to horizontal rails M2.2 x 6 - Flat front panels to handles type V, VI - luminum guide rails to horizontal rails DIN H-2F Flat front panels to horizontal rails M2.5 x 11 Collar screws (cheesehead) and plastic collars M2.5 Retaining cage Mounting kit for handles type V (plastic) set Cover black Cover gray M2.5 Hex nut M2.5 x 16 Screw M2.5 x 12 Screw M2.5 Square nut DIN H-2F Panhead screw ISO Z-2F Screw for plastic WN M2.5 Square nut sets Plastic collars M2.5 x 11 Collar screws (cheesehead) PCB to type III handle 3.0 x 8 Screw for plastic WN PCBs to PCB holders (plastic) Hex nut M2.5 - PCB holders to front panels, top ISO Backplanes to threaded inserts Mounting kit for backplanes: Washer, PE natural DIN Covers to mounting blocks M3 x 6 Csk-screw ISO Z-2F Covers to side panels Mounting block Type V/VI handles to front panels Bracket Female connector to PCB attachment 2.5 x 0.3 x 10 Pop rivet DIN 7340-B-CuZn

207 ssembly Parts For the attachment of: Dimensions Description Order No. Packs of Order No. Packs of 1 Type V handles (plastic) to front panels Baying kit set Fans to fan mounting plate/rear panel Mounting kit for fans: set M4 x 12 M Panhead screw ISO Z-2F - Hex nut ISO Serrated washer DIN Fst Covers to side panels Mounting kit for cover plates: sets Mounting block M3 x 6 - Csk-screw ISO Z-2F PCB holder (die-cast) to front panels, top M2.5 x 8 Panhead csk-screw DIN ISO Z-2F Covers/box type plug-in units type I/II - Contact/spring sections for 3-part front panels M2.5 x 5 Csk-screw ISO Z-2F Handles on front panels for box type plug-in units M2.5 x 6 Csk-screw ISO Z-2F Front panels to hinge strip To join two 4HP extractor handles, type IV 2 x 20 Cylinder pin ISO St Holder (horizontal assembly kit), Csk-screw similar to DIN M2.5 x 5 for backplane installation to horizontal rail ISO Z-2F Holder (horizontal assembly kit), Csk-screw similar to DIN for horizontal rail M2.5 x 8 ISO Z-2F - Vertical supports to horizontal rails Spring and contact sections on 3-part Panhead screw DIN M2.5 x 5 front panels without countersink ISO Z-2F Recessed flanges to side panel Mounting kit for recessed flanges: sets - Panhead self-locking M4 x 8 screw similar to DIN ISO Z-2F M4 - Hex nut ISO Washer Fastening the threaded inserts in horizontal rails M2.5 x 8 Grub screw ISO H Front panels to horizontal rails Plastic collars EMC front panels to horizontal rails M2.5 x 11 Centering screw, slotted EMC front panels to horizontal rails M2.5 x 11 Centering screw, posidrive Front panels to horizontal rails M2.5 x 11 Collar screw, cheese-head Type V/VI handles (aluminum) to front panels Mounting kit for type V/VI handles set - Panhead screw M2.5 x 6 ISO Z F - Bracket M2.5 - Square nut DIN H-2F

208 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Supercool, Hot Swappable RiCool System Blower Cool Solutions

209 19 Plants, 40 Subsidiaries Over 8,000 Standard Products Involvement In Standardization Bodies nd Much More Cool Off With RiCool. Kaparel/Rittal Ripac has literally set the standard for CompactPCI packaging solutions. nd our new RiCool Blower ssembly helps to keep the innovations coming. These supercool, hot swappable blowers deliver 220cfm system airflow at 70% efficiency (versus 20% when using typical 4.7" tubeaxial muffin fans) in only a 1U form factor. RiCool is an ideal solution for systems with PCBs exceeding 35W to 70W (average at 21 slots) heat loss and requiring a hotplug redundant blower. In addition, Kaparel/Rittal also offers a wide variety of conventional C and DC fan solutions for applications which do not exceed 30W (average at 21 slots) heat dissipation. So when things heat up, cool them off with Kaparel/Rittal Ripac cooling solutions. Kaparel/Rittal Ripac RiCool Blower ssembly RiCool-1 Data nd Specifications RiCool-2 Data nd Specifications Conventional C/DC Tubeaxial Muffin Fan Cooling Conventional C/DC Fans RiTherm Thermal nalysis System Thermal Load Boards nd System

210 Cooling For VME64x/CompactPCI RiCool-1 Blower 110cfm (190m 3 /h) The powerful RiCool-1 blowers have been designed to provide effective cooling for CompactPCI systems which require a redundant cooling feature and/or have a heat dissipation of over 500W. The ability of the RiCool-1 blower to generate 1.6"/40.64mm (H2O) of static pressure confirms that the RiCool-1 blower is able to provide effective cooling in a densely packed CompactPCI system. By comparison, a typical system cooled with three 4.7" x 4.7" 18W (110cfm at free delivery) muffin fans, generates only 0.22" to 0.40" (H2O) static pressure point of a muffin fan assembled, fully loaded CompactPCI system is 0.3" to 0.5" (H2O). Under those conditions one RiCool-1 blower provides at least 40% higher airflow. Pst V Performance diagram /.024/.048 ir displacement (cfm) Pst Static pressure difference (inches of H2O) Typical performance diagram of RiCool Typical performance diagram of tubeaxial muffin fans V File No. E Each 19" CompactPCI system can accept two RiCool-1 blowers. Electromagnetic Emissions For RiCool-1 Blowers The RiCool-1 blowers comply with the EMI Standard per FCC part 15, subpart J of Docket 20780, Class & B emissions limit across the frequency spectrum from 30MHz to 1GHz. Safety RiCool-1 is in conformity with the requirements of the Low Voltage Directive, Nr. 73/23/EEC EN 60950: Features nd Benefits Uses only 1U of rack height vailable in 12V, 24V and 48V dc Fan alarm via fan speed sensor Optional speed control Designed to move air effectively through densely packed subracks Easy access Hot swapable for fast and easy maintenance bility to use two blowers in 19 applications Locked rotor protection Polarity protection utomatic restart capability Configuration clear zinc chromate steel housing Includes: complete fan assembly: ready for mounting in subrack, with Molex pin male mini-fit connector irflow Direction: exhausts outward from back of subrack Power Consumption: 48W Operating Temperature: -10 C to +60 C / +14 F to +140 F RiCool-1 Blower Performance Data cfm: 110cfm(190m 3 /h) Static Pressure: 40.64mm (1.6 inch) of H2O Voltages: 12, 24, 48V dc Rated Current: 4, 2, 1 mps Noise Level Free Blowing: 56.2dBa Weight: 5 lbs. (2.3 Kg) RiCool-1 Blower Construction Housing: cold rolled steel Impeller: Noryl 94V0 Bearing: ball bearing Power/alarm connector: Molex larm Signal: rpm sensor Life t Full Speed: 60, C 50, C Please inquire for separate C/DC RiCool-1 power supply. RiCool-1 is also available in 19 blower trays (see above photo). Please note that the airflow, power consumption, rated current and weight are double for the 19 fan trays. For more information, please contact the factory.

211 Cooling For VME64x/CompactPCI n RiCool-1 Blower 110cfm (190m 3 /h) Front View ( ) diam. Extraction holes (43.1) 1.70 Top View ( ) Connector Detail Pin #3, inverted alarm (blue-low on pass) Pin #2, program speed control (yellow) Pin #1, second ground (green) Large ir Intake ( ) Rear View ir exit (43.1) (13.437) ( ) ir flow Pin #4, power (-) (black) Pin #5, power (+) (red) Pin #6, non-inverted alarm (blue/white-high on pass) RiCool-1 Blowers Description Qty Order No. RiCool-1 blower 12V RiCool-1 blower 24V RiCool-1 blower 48V RiCool-1 blower 48V with internal thermistors Temperature/Speed Control Thermistors Description Qty Order No. PTC thermistor for 12V PTC thermistor for 24V PTC thermistor for 48V Note: The thermistors come with a 600mm (2') cable Pin Location Description Pin #1, second motor ground (green) Pin #2, program speed control (yellow) Pin #3, inverted alarm (blue-low on pass) Pin #4, power (-) (black) Pin #5, power (+) (red) Pin #6, non-inverted alarm (blue/white-high on pass) larm Characteristics Pin #3 inverted alarm, max load of 0.05 at 60V DC Pin #6 non-inverted alarm, max load of.015 at 5.5V DC Trigger speed at 40% of max speed 10 second signal delay larm condition causes +5V DC increase in supply voltage measured between pin #3 and pin #1 Customer supplied pull-up resister at interfacing alarm required to limit current to blower alarm circuit RiCoo-1l Hot Plug Connector Description Qty Order No. 6 Pin Molex RiCool-1 1 Part of RiCool mounted receptacle Pin Molex cpci system mounted plug

212 Cooling For VME64x/CompactPCI RiCool-2 Blower 180cfm (300m 3 /h) RiCool-2 is a follow-on development to the highly successful RiCool-1 blower RiCool-1 was primarily designed for CompactPCI and VME systems with heat loss from 30W to 70W per slot (21 slots) RiCool-2 is primarily designed fro dvancedtc systems with a heat loss of 200W per slot (14 slots) Uses only 1U of rack height Initially available in 48V, followed by 12V and 24V Designed to move air effectively through densely packed subracks Hot swappable for fast and easy access/maintenance bility to use 2 or 4 blowers in a 19" application For indoor applications Mechanical: Housing: stainless steel Weight: 1.72Kg (3.8 lbs) Conductive Surface: recycling per EN Base Tray: 1.5mm (16 gauge) Cover: 0.8mm (18 gauge) Wheel: polycarbonate, black, UL 94-V0 Connector: Version 1: Molex Version 2 and 3: DIN Type C, 30 pin Temperature Range: Operating Temperature: -10 C +75 C Storage Temperature: -40 C +80 C 224 Humidity: 0 to 95% RH, non-condensing Noise: 65dB () at full speed, free blowing 55dB () at 70% speed, free blowing MTBF: Life t Full Speed: 60,000h at 40 C 50,000h at 50 C >35,000h at 70 C Higher MTBF at 70% of full speed at 40 C expected under normal operating conditions. Performance: 180cfm (300m 3 /h) High static pressure at zero flow of inch (71mm) H2O; ideal when air filters are used (typical muffin fans have inch H2O) Service Friendly Field Replaceable unit (FRU) design Hot Swap, redundant design Optional configurations: RiCool-1 minimum control functions PICMG 2.9 compatible control functions PICMG 3.0 IPMI compatible control functions COTS (Commercial Off The Shelf) 12V, 24V and 48V solutions 48V now available, 12V and 24V please inquire Pst V Pst Performance diagram V ir displacement (cfm) Static pressure difference (inches of H2O) Typical performance diagram of RiCool-2 Typical performance diagram of RiCool-1 Typical performance diagram of tubeaxial muffin fans

213 VME64x/CompactPCI n RiCool-2 Blower 180cfm (300m 3 /h) RiCool-2 Version 3 Connector Connector Pin-Out For Version DIN Type C 30 Pin C B 1. 1 Motor Power +/-(1) 2. 2 N/C (2) V_B (2) 4. 4 N/C (2) 5. 5 GND (1) 6. 6 G7 (2) 7. 7 IPMB Power (2) 8. 8 G5 (2) 9. 9 IPMB Power (2) G2 (2) 11. B1 Motor Power +/-(1) 12. B2 N/C (2) 13. B3 48V_ (2) 14. B4 N/C (2) 15. B5 Flame Sensor (2) 16. B6 G6 (2) 17. B7 12C Data 1(2) 18. B8 G4 (2) 19. B9 12C Data 0 (2) 20. B10 G1 (2) 21. C1 Enable (3) 22. C2 Enable B (3) 23. C3 N/C (2) 24. C4 FPS Ground (1) 25. C5 IPMB Enable (3) 26. C6 GND (2) 27. C7 12C Clock 0 (2) 28. C8 G3 (2) 29. C9 12C Clock 0 (2) 30. C10 G0 (2) Motor Specifications: Nominal Voltage: 48 VDC (12 VDC and 24 VCD optionally available) Operating Voltage Range: 48 VDC = VDC Low Start Voltage: 32 VDC Nominal Running Current: 48V/1.7 mps Start Current: ramps to any desired set-point Locked Rotor Current: 2.1 mps Nominal Running Power: 80 Watts Nominal Speed: 4500 rpm +/-10% (free delivery) Start Up Time: 15 sec. Max Motor Type: brushless DC Motor Protection: by integrated circuit, fuse Bearings: permanently lubricated ball bearings ir Flow: 160cfm min 180cfm maximum at full power coustic: 65 db at full power, 55 db at 70% of full power Locked Rotor Protection: electronic Polarity Protection: yes utomatic Restart Capability: integrated circuit Version 3 Features: Polarity protected Locked rotor protection utomatic restart Programmability On board thermistor Input fusing Over temperature alarm LED Red LED Blue Toggle switch Temperature sensor Flame sensor Dual power input The RiCool-2 blower will have the means to detect a failure in the base management controller (BMC) and/or management application (M). Upon detecting a failure, the blower will revert to a self sustaining mode of operation. Sensors (thermistors, hall-effect switches, voltage, etc.) will support all of the sensor device commands derived by the BMC. Sensor device commands are defined in section 3.0 of PICMG 3.0. Base Tray Mounted PCB Includes: ll basic motor controls Mezzanine control board connections Thermistor located in outlet air stream Temperature sensor Flame sensor 1 LED red for fail per PICMG LED blue for hot swap removal per PICMG toggle switch for hot swap removal per PICMG 3.0 PCB is designed for 48V/24V/12V blower applications Regulatory Compliances: UL recognized per category CPWV2: fans, electric components CUL recognized per category CPWV8: fans, electric cert. Canada TUV certified to EN CE mark to comply with: Maschinernrichtlinien 89/392 EWG Niederspannungsrichtlinien 73/23/EEC FCC part 15, subpart J of Docket 20780, Class & B radiated and conducted emissions spectrum from 30MHz to 1GHz Physical protection when installed, IP20 EN (safety of electrical equipment) EN (safety of electrical machines) Version 2: PICMG 2.9 system management bus (SMBus) compatible Version 1: RiCool-1 compatible (with improved airflow performance) Version Compatibility VDC Qty Order No. 3 PICMG PICMG inquire 1 RiCool inquire 1 RiCool inquire 1 RiCool inquire 225

214 ccessories Fan C Fan For subracks and microcomputer systems. Supply Includes: 1 fan without connection cable Note: ssembly parts must be ordered separately. Order No , packs of 1 set (4 assembly screws) Cable length Packs of Order No. 610 mm (UL) mm B 38 7 C fan 4.3 Dimensions B Bearing Rated voltage Wattage Noise Temperature Volume flow Packs of Order No. (mm) of fan V (C) / Hz level db () range C in m 3 /h Ball bearing 115/ Ball bearing 230/ Ball bearing 115/ Ball bearing 230/ DC Fan Including temperature-dependent speed control via additional temperature sensor. Supply Includes: 1 fan with connection cable (310 mm) Note: ssembly parts must be ordered separately. Order No , packs of 1 set (4 assembly screws) B DC fan with speed control and alarm signal Dimensions B Bearing Rated voltage Voltage Wattage Noise Temperature Volume flow Packs of Order No. (mm) of fan V (DC) range volt level db () range C in m 3 /h Ball bearing Ball bearing Ball bearing Ball bearing DC fan without speed control, with alarm signal Dimensions B Bearing Rated voltage Voltage Wattage Noise Temperature Volume flow Packs of Order No. (mm) of fan V (DC) range volt level db () range C in m 3 /h Ball bearing Ball bearing Ball bearing Ball bearing

215 ccessories n Fan Temperature Sensor For fans with speed control. Supply Includes: 1 temperature sensor Voltage Packs of Order No. 12 V (DC) V (DC) M + Power supply - Earth Temperature sensor larm signal (optional) Type 10/Type 17 R C R (NTC) larm signal larm power supply + Motor - Motor Temperature sensor Finger Guard For C/DC fans. Polyamide self-extinguishing to UL 94-VO Color: Black Supply Includes: 1 finger guard For fans Packs of Order No. 80 mm mm EMC Shielding Plate For C/DC fans. 1 mm aluminum Surface Finish: Clear chromated Supply Includes: 1 EMC shielding plate For Fans Packs of Order No. 80 mm mm Rear panel Finger guard EMC filter guard Fan 227

216 43.6 (1 HE) Order Information Rack-Mounted Fans For mm (19") ir Throughput 320/480 m 3 /h n Two basic types provide universal applications, both for the ventilation of individual subracks and for enclosures and cases. Technical Description Rack-mounted Fans: Versions with a distance between axis of 85 mm for 160 mm deep PCBs and of 105 mm for 220 mm deep PCBs Fan unit with speed control SK : with fault evaluation via floating contact Technical Description Vario Rack-mounted Fan: Via an additional guide frame, may be used in: Subracks 84HP mm (19") mounting angles The guide frame offers a high level of flexibility, i.e. simply slide in the fan insert, lock into position Tapped strips inserted in the guide frame ensure variable positioning of the fan insert in the subrack Pre-configured connectors ensure secure, problem-free inter-connection Fan unit with speed control SK Fault evaluation via floating contact Supply Includes: Rack-mounted fan/vario rack-mounted fan: Fully wired unit ready for connection, including terminal strip and assembly parts. Rack-mounted Fan May be fitted to mm (19") mounting angles (19 ) LED display (version with monitoring Mounted between a pair of mm (19") -mounting angles 85/105 HE = U Vario Rack-mounted Fan By means of additional guide frame, may be used in: Subrack 84HP mm (19") mounting level (19 ) LED display (version with monitoring Mounted in subracks 84HP (1 HE) Mounted between a pair of mm (19") -mounting angles /105 HE = U SK Rack-mounted Fan Vario SK Rack-mounted Fan Order No. SK Order No. SK 2 fans Distance between axes 85 mm ) ) ) ) fans Distance between axes 85 mm ) ) ) fans Distance between axes 105 mm ) ) ) ) ) 2 ) 24 V (DC) 115 V (C) 230 V (C) 24 V (DC) 24 V (DC) 115 V (C) 230 V (C) 24 V (DC) Rated operating voltage Volt V V (C) (C) Matching guide frame ) ) 1 ) Delivery times available on request 2 ) Version with monitoring ccessories Temperature indicator 230 V (C) Thermostat Speed control Technical Specifications Order No. SK ) ) Rated operating voltage C 230 V C 115 V DC 24 V C 230 V C 115 V DC 24 V DC 24 V C V Frequency 50/60 Hz 50/60 Hz - 50/60 Hz 50/60 Hz - 50/60 HZ Rated current 0.24 / / / / Pre-fuse T 6 Number of fans 2 3 ir throughput, unimpeded air flow 320 m 3 /h 480 m 3 /h Operating temperature - 10 C to + 55 C Noise level 51 db () 52 db () 51 db () 51 db () 52 db () 51 db () 228

217 Order Information ir throughput 320 m 3 /h 480 m 3 /h Voltage 24 V (DC) 115 V 230 V 24 V (DC) 115 V 230 V 24 V (DC) V (C) No. of fans 2 3 Distance between axis 85 mm 105 mm 85 mm 105 mm 85 mm 105 mm Order No SK rack-mounted fan Order No. Vario rack-mounted fan Order No. Matching Guide frame for Vario SK Guide Frame Supply Includes: Guide frame including connector and fitted connection cable (3 m), bracket for optional attachment to the mm (19") system, assembly parts. Note: Rack-mounted fan with 48 V available on request lso Required: Order a guide frame to suit the application. pprovals for all rack-mounted fans, CE compliant 229

218 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Diversity In Perfection. Instrument Cases/System Enclosures 230

219 19 Plants, 40 Subsidiaries Over 8,000 Standard Products Involvement In Standardization Bodies nd Much More s well as the classic Kaparel/Rittal instrument case, with its numerous application benefits, the RiCase instrument case will also impress you, with its modern design in numerous colour variants and, above all, its all-metal enclosure construction. RiBox System enclosure for the horizontal installation of single boards or the installation of routers, hubs and modems. The Ripac Vario-Module system enclosure is fully compatible with the latest Ripac subrack range, making it ideal for individual installation and configuration as a microcomputer system. ll in all, the design and Ripac Vario-Module Shown left as an instrument case in 7U. The 6U subracks are cooled diagonally. The fans are located on the rear panel. Optionally also as a rack-mounted enclosure. function of this range are sure to impress. RiCase The modular all-metal enclosure is a perfect safe for valuable electronics. The styling and colour add innovative design touches, emphasizing the value of the electronics within. 231

220 Overview Of System Enclosures nd Instrument Cases RiBox Ripac Vario-Module System Enclosures Order No. see page 234. pplications System enclosure for use as instrument case or as a rack-mounted enclosure. For the installation of Euroboards and double Euroboards (horizontal), bridges, hubs, routers or modems. Design Features mm (19") system enclosure to IEC Optional use as instrument case or rack-mounted enclosure Height: 1U/2U Installation width: 84HP Optionally includes a mounting kit for installing a double Euroboard Mounting plate (accessories) for individual population Extruded aluminum section Protection category IP 40 System Enclosures Order No. see pages pplications System enclosure for use as instrument case or as a rack-mounted enclosure. For the installation of PCBs and board type plug-in units. Suitable for mobile and non-mobile applications. Design Features mm (19") system enclosure to IEC Optional use as instrument case or rack-mounted enclosure Heights: 1-8U Installation widths: 42, 63, 84HP Depths: mm Protection category IP 40 Extruded aluminum section Depth-variable interior installation User Benefits Minimum space requirements of just 1U Simple and fast assembly May easily be changed from instrument case to rack-mounted enclosure EMC upgradable Individual finishing to customer wishes User Benefits May easily be changed from instrument case to rack-mounted enclosure EMC upgradable Depth-variable interior installation Wide range of accessories Neutral design 232

221 Overview Of System Enclosures nd Instrument Cases RiCase Instrument Cases Order No. see page pplications Instrument case for the installation of mm (19") slide-in equipment and components. Suitable for mobile and non-mobile applications. Design Features Instrument case to IEC Heights: 1-12U Installation widths: mm (1/2 19") and mm (19") Depths: mm Protection category IP 40 Extruded aluminum section Symmetrical design Depth-/height-variable interior installation User Benefits High level of stability Optionally as Tower enclosure 3 colors as standard Ergonomic handle, feet and door variants For mobile and non-mobile use 233

222 Order Information RiBox System Enclosures 1U/2U Order No mm (19") rack mount Order No (19") rack mount including mounting kit for double Euroboards U Width (B) mm (19") (19") (19") (19") (19") (19") (19") Depth (T) mm Order No Supply Includes Side panel Front panel Rear panel Base/cover tray Mounting kit Order No. desktop housing U Width (B) mm Depth (T) mm Order No Supply Includes Side panel Front panel Rear panel Base/cover tray ccessories EMC set Mounting plate " RiBox U # of cpci or VME slots Width mm 447 (17.64") 447 (17.64") 447 (17.64") 447 (17.64") 447 (17.64") Depth mm 150 (5.91") 200 (7.87") 250 (9.84") 300 (11.81") 350 (13.78") Order No. 1 pc Finish Clear chromated, conductive For the desktop version of the RiBox (same Width(W) and Depth(D) dimensions), please contact the factory. If recessed or flexible 19" rack mounting flanges are required, please contact the factory mm (19") Rack Mount T T1 = T 7 HE (19 ) Desktop Housing T T1 = T

223 Order Information RiBox System Enclosures 1U/2U n The housing system RiBox was designed for the horizontal mounting of single boards and board type plug-in units, and for the installation of routers, hubs or modems. Technical Specifications: System enclosures 1U/2U, 150/200/ 250/300 or 350 mm deep Easy to assemble with just 4 screws Optionally for use as an instrument case or rack-mounted enclosure Front panel to hold a cover film to conceal the screws Maximum possible interior useful space Optional EMC upgrades with additional EMC gaskets Option of installing 1 VME or CompactPCI board horizontally or 1U Material/Surface Finish: Side Panels: Extruded aluminum section, untreated Base/Cover Trays: luminum, clear chromated Front/Rear Panel: Extruded aluminum section, clear chromated Mounting Plate: Sheet steel System enclosure 1U/2U to IEC Optionally available for rack-mounting in the enclosure or as an instrument case version. Minimal space requirement of just 1U Designed as either a desktop or rack unit Individual finishing to customer wishes Simple assembly with only 4 screws EMC upgrades available Mounting Kit nd Plate of sheet steel for individual installations. Order No. see page 234. EMC Set Order No. see page 234. Horizontal Circuit-board Mounting. 235

224 In Detail: System Enclosure Ripac Vario-Module The ideal enclosure solution for variable applications. The Ripac Vario-Module system enclosure can be used either as an instrument case or rack-mounted enclosure, due to the installation of corner trims or mm (19") flanges in the front section, which allow it to be adapted to suit existing applications. Design Features Front Corner Trim Piece for configuration as an instrument case. Front Flanges for configuration as a rack-mounted enclosure. Variable Interior Installation with system components from the Ripac subrack range. Basic EMC Protection due to the all-metal enclosure with conductive contact points. EMC Expansion Flanges and corner trim panels prepared for the installation of EMC gaskets. PE Conductor Set for connecting the cover plates/ gland plates to the side panels with Protective Earth conductors. Support Stand/Carrying Handle to fit all 3, 4 and 6U enclosures. djustable on a 30 angle. Rear djustable Feet may be retro-fitted. They provide mechanical protection for the connection elements and allow power cables to be wound up during transportation. Front Handles for mounting on the flanges (with mounting holes). Microcomputer Packaging System with a backplane and power supply unit, the Ripac Vario-Module is easily upgraded to a complete MPS system. Keyboard Lid 4U, 84HP for retrospective, front mounting on 4U high, 84HP wide enclosures. Prepared to accommodate mechanical or membrane keyboards. crylic Front Doors horizontally hinged to protect the installed control components. 236

225 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Product Information System Enclosure Ripac Vario-Module May be used as an instrument case or rack-mounted enclosure Basic EMC protection, thanks to all-metal enclosure EMC-upgradable Portable 237

226 Order Information Ripac Vario-Module 2U, 3U/42 HP, 63HP Rail Ripac Vario-Module Packs 2U 3U Page type of Installation width (HP) Depth (mm) Enclosure Order No. VM without vent holes Enclosure Order No. VM with vent holes e B B Expansion ccessories/individual Parts Corner trim pieces for assembly as instrument case Mounting flanges for assembly as rack-mounted unit without handle holes with handle holes Front horizontal rails (not suitable for depth-adjustable installation) B Front horizontal rails, with 10 mm extension for injector/extractor handles (not suitable for depth-adjustable installation) C1 Rear horizontal rails F Z rail DIN G Insulating strips (21HP) H Conductive strips (84HP) I Threaded inserts EMC Expansion K EMC gaskets, horizontal top/bottom cover to horizontal rail EMC gaskets, vertical Front/rear panel, EMC see pages Other ccessories Front/rear panels see pages Carrying handles Front handles* crylic front door Rear adjustable feet *Only in conjunction with mounting flanges with handle holes 2U Section B-B 3U T e x 10 = f T e x 10 = f B1 B2 TE 3 HE HE B1 B2 TE T = Depth HE = U TE = HP 238

227 Order Information Ripac Vario-Module 2U, 3U/42 HP, 63HP n Technical Specifications: May be used as a rack mounted unit or instrument case External dimensions to DIN , part 1 for installation in enclosures, mm (19") Installation dimensions for board type plug-in units to DIN , part 5 and DIN IEC and IEEE / Protection Category: IP 40 for non-vented version Supply Includes: 2 side panels 1 top cover with/without vent holes 1 bottom cover with/ without vent holes 4 horizontal rails 4 threaded inserts 2 rear corner trim pieces for EMC gaskets ssembly parts Ripac Vario-Module ccessories: See page Horizontal Rails: From page 173 Color: RL 7035 RL 5018 Horizontal Rails Configuration Material/Surface Finish: Side panels: Extruded aluminum section, spray finished in RL 7035 Horizontal rails: Extruded aluminum section, spray finished in RL 7035 Corner trim: Die-cast zinc, spray finished in RL 7035 Covers: Sheet steel, spray finished in RL 7035 Side trim: Extruded aluminum section, spray finished in RL 7035 Contact paints: Conductive Corner Trim Pieces With channel to hold EMC gaskets Order No. see page ) Equipped s n Instrument Case: Front corner trim must be ordered separately. 2) Equipped s Rack-Mounted Unit: Mounting flanges must be ordered separately. Included in the supply To be ordered separately, depending on application C C 239

228 Order Information Ripac Vario-Module 1U, 2U, 3U/84HP Rail Ripac Vario-Module Packs 1U 2U 3U Page type of Installation width (HP) Depth (mm) Enclosure Order No. VM without vent holes Enclosure Order No. VM with vent holes e B B Expansion ccessories/individual Parts Top cover, non vented Top cover, vented Bottom cover, non vented Bottom cover, vented Corner trim pieces for assembly as instrument case Mounting flanges for assembly as rack-mounted unit without handle holes with handle holes Front horizontal rails (not suitable for depth-adjustable installation) B Front horizontal rails with 10 mm extension for injector/extractor handles (not suitable for depth-adjustable installation) C1 Rear horizontal rails F Z rail DIN G Insulating strips (21HP) H Conductive strips (84HP) I Threaded inserts EMC Expansion K EMC gaskets, horizontal for top/bottom cover to horizontal rail EMC gaskets, vertical Front/rear panel, EMC See pages Other ccessories Front/rear panels See pages Carrying handles Front handles* crylic front door Rear adjustable feet *Only in conjunction with mounting flanges with handle holes 1U 2U 3U T e x 10 = f T T e x 10 = f e x 10 = f B1 B2 B2 TE B1 B2 TE B1 1 HE TE HE HE T = Depth HE = U TE = HP 240

229 Order Information Ripac Vario-Module 1U, 2U, 3U/84HP n Technical Specifications: May be used as a rack mounted unit or instrument case External dimensions to DIN , part 1 for installation in enclosures, 482.6mm (19") Installation dimensions for board type plug-in units to DIN , part 5 and DIN IEC and IEEE / Supply Includes: 2 side panels 1 top cover with/without vent holes 1 bottom cover with/without vent holes 4 horizontal rails 4 threaded inserts 2 rear corner trim pieces for EMC gaskets ssembly parts Ripac Vario-Module ccessories: See pages Horizontal Rails: From page 173 Horizontal Rails Configuration Protection Category: IP 40 for non-vented version C Material/Surface Finish: Side panels: Extruded aluminum section, spray finished in RL 7035* C Horizontal rails: Extruded aluminum section, spray finished in RL 7035 Corner trim: Die-cast zinc, spray finished in RL 7035 Covers: Sheet steel, spray finished in RL 7035 Side trim: Extruded aluminum section, spray finished in RL 7035 Contact points: Conductive *Colors: (see page 239) Front Horizontal Rail With 10 mm Extension For injector/extractor handles Order No. see page ) Equipped s n Instrument Case: Front corner trim must be ordered separately. 2) Equipped s Rack-Mounted Unit: Mounting flanges must be ordered separately. Included in the supply To be ordered separately, depending on application The front horizontal rails ( or B) and rear horizontal rails (C and D) are equipped as per the table on page

230 Order Information Ripac Vario-Module 4U, 6U Rail Ripac Vario-Module Packs 4U 6U Page type of (3 + 1) Installation width (HP) Depth (mm) Enclosure Order No. VM without vent holes Enclosure Order No. VM with vent holes e B B Expansion ccessories/individual Parts Top cover, solid Top cover, vented Bottom cover, solid Gland plate, vented Corner trim pieces for assembly as instrument case Mounting flanges for assembly as rack-mounted unit without handle holes with handle holes Front horizontal rails (not suitable for depth-adjustable installation) B Front horizontal rails with 10 mm extension for injector/extractor handles (not suitable for depth-adjustable installation) C1 Rear horizontal rails D1 Rear horizontal rails, center E Rear adapter rail, center F Z rail DIN G Insulating strips (21HP) H Conductive strips (84HP) I Threaded inserts EMC Expansion K EMC gaskets, horizontal for top/bottom cover to horizontal rail EMC gaskets, vertical Front/rear panel, EMC See pages Other ccessories Front / rear panels See pages Carrying handles Front handles* crylic front door Rear adjustable feet *Only in conjunction with mounting flanges with handle hole 4U (3 + 1) 6U T = Depth HE = U TE = HP HE HE

231 Order Information Ripac Vario-Module 1U, 2U, 3U/84HP n Technical Specifications: May be used as a rack mounted unit or instrument case External dimensions to DIN , part 1 for installation in enclosures, mm (19") Installation dimensions for board type plug-in units to DIN , part 5 and DIN IEC and IEEE / Supply Includes: 2 side panels 1 top cover with/without vent holes 1 bottom cover with/without vent holes 4 horizontal rails 4 threaded inserts 2 rear corner trim pieces for EMC gaskets ssembly parts Horizontal Rails Configuration Protection Category: IP 40 for solid version C Material/Surface Finish: Side panels: Extruded aluminum section, spray finished in RL 7035* C Horizontal rails: Extruded aluminum section, spray finished in RL 7035 Corner trim: Die-cast zinc, spray finished in RL 7035 Covers: Sheet steel, spray finished in RL 7035 Side trim: Extruded aluminum section, spray finished in RL 7035 Contact points: Conductive *Colors: (see page 239) Ripac Vario-Module ccessories: See pages Horizontal Rails: From page 173 C C 1) Equipped s n Instrument Case: Front corner trim must be ordered separately. 2) Equipped s Rack-Mounted Unit: Mounting flanges must be ordered separately. Included in the supply To be ordered separately, depending on application 243

232 Order Information Ripac Vario-Module 7U, 8U Rail Ripac Vario-Module 7/8U Packs 7U 8U Page type of (6 + 1) (2 x x 1) Installation width (HP) Depth (mm) Enclosure Order No. VM without vent holes Enclosure Order No. VM with vent holes e B B Expansion ccessories/individual Parts Top cover, non vented Top cover, vented Bottom cover, non vented Bottom cover, vented Corner trim pieces for assembly as instrument case Mounting flanges for assembly as rack-mounted unit without handle holes with handle holes Front horizontal rails (not suitable for depth-adjustable installation) B Front horizontal rails, with 10 mm extension for injector/extractor handles not suitable for depth-adjustable installation) C1 Rear horizontal rails D1 Rear horizontal rails, center E Rear adapter rail, center F Z rail DIN G Insulating strips (21HP) H Conductive strips (84HP) I Threaded inserts EMC Expansion K EMC gaskets, vertical See pages 171, 177, 188 Front/rear panel, EMC See pages Other ccessories Front / rear panels See pages Carrying handles Front handles* crylic front door Rear adjustable feet *Only in conjunction with mounting flanges with handle holes 7U (6 + 1) 8U (2 x x 1) T HE 6 HE e x 10 = f HE HE B2 B1 TE T = Depth HE = U TE = HP 8 HE

233 Order Information Ripac Vario-Module 7U, 8U n Technical Specifications: May be used as a rack mounted unit or instrument case External dimensions to DIN , part 1 for installation in enclosures, mm (19") Installation dimensions for board type plug-in units to DIN , part 5 and DIN IEC and IEEE / Supply Includes: 2 side panels 1 top cover with/without vent holes 1 bottom cover with/without vent holes 4 horizontal rails 4 threaded inserts 2 rear corner trim pieces for EMC gaskets 2 side trim pieces, center Protection Category: IP 40 for non-vented version ssembly parts Horizontal Rails Configuration Material/Surface Finish: Side panels: Extruded aluminum section, spray finished in RL 7035* C D Horizontal rails: Extruded aluminum section, spray finished in RL 7035 Corner trim: Die-cast zinc, spray finished in RL 7035 C Covers: Sheet steel, spray finished in RL 7035 Side trim: Extruded aluminum section, spray finished in RL 7035 Contact points: Conductive *Colors: (see page 239) Ripac Vario-Module ccessories: See pages Horizontal Rails: From page 173 B C B B C C 1) Equipped s n Instrument Case: Front corner trim must be ordered separately. 2) Equipped s Rack-Mounted Unit: Mounting flanges must be ordered separately. Included in the supply To be ordered separately, depending on application B C 245

234 ccessories Ripac Vario-Module Enclosure Population System components from the Ripac range can be used for individual interior installation of the enclosures (see page 149.) Feet With fold-out support stand. Load capacity up to 20 kg. Plastic, RL 7035 Packs of Order No Front Flanges Required when the Ripac Vario-Module is to be used as a rack-mounted enclosure. The flanges have a channel to hold vertical EMC gaskets. Order No. see page 171. luminum, clear chromated U Packs Order No.* Order No.** of * * * ** * ** * ** * ** * ** *Without handle holes **With handle holes Front Corner Trim Pieces Required when the Ripac Vario-Module is to be used as an instrument case. The corner trim pieces have a channel to hold vertical EMC gaskets. Order No. see page 171. Die-cast zinc Color: RL 7035 U Packs of Order No Front Handles Can only be used in conjunction with mounting flanges with handle holes. Die-cast zinc, spray finished For U Packs of Order No. 3 and and EMC Gaskets The enclosures can be fitted or retro-fitted to meet EMC requirements using EMC gaskets from the Ripac range. EMC gaskets, vertical Order No. see page 171. EMC gaskets, horizontal Order No. see page 177. Front Panels/Rear Panels To cover the front and rear of the enclosure. lso available with hinges, vented for fan installation, or as an EMC version. Order No. see pages

235 ccessories Ripac Vario-Module n Carrying Handles For ergonomic transportation, even with stacked cases. May also be used as a support stand. Not suitable for use in conjunction with flanges. Maximum load 350 N. Die-cast zinc and extruded aluminum section, spray finished in RL For enclosure depth Packs of Order No mm mm mm mm German patent no Rear djustable Feet For retro-fitting to the rear. Dual function: Mechanical protection of connection components lso acts as a cable tidy during transportation P, color RL 7035 to UL 94-V0, self-extinguishing Packs of Order No Earthing Set For connecting the cover plates/gland plates to the side panels with PE conductors. Supply Includes: Green/yellow PE conductor cable, 1.5mm 2, with washer, flat eyebolt and assembly parts Packs of Order No Support Stand/Carrying Handle To fit all 3U, 4U and 6U enclosures, adjustable on a 30 degree increments. Extruded aluminum section/die-cast, spray finished in RL 7035 Supply Includes: 1 support stand/carrying handle, assembly parts Note: Corner trim for support stands/carrying handles should be ordered separately. For Ripac Packs Order No. Vario-Module of 42HP HP HP German patent no Corner trim Packs Order No. for VM of 3U U U crylic Front Doors, Hinged To protect installed control components. Side panels: luminum, spray finished in RL 7035 Window: Smoked acrylic Supply Includes: 1 front door, assembly parts U For Ripac Packs of Order No. Vario-Module 3 42HP HP HP HP HP HP German patent no Keyboard Lid 4U, 84 HP For retrospective, front mounting on a 4U high, 84HP wide Ripac Vario-Module. Suitable for accommodating mechanical or sealed-membrane keyboards. luminum, spray finished in RL 7035 U Packs of Order No

236 T In Detail: RiCase RiCase, the all-metal enclosure, provides the perfect framework for valuable electronics. Extruded aluminum sections and die-cast components create an extremely robust yet lightweight enclosure. The screw fastenings are concealed by specially designed and protective elements. Mounting angles at the front and rear allow the installation of mm (19") components. The RiCase desktop enclosure is supplied flatpack, i.e. partially assembled with ready-made side panels, cover and base trays. Handles, a support stand/carrying handle, a folding keyboard or a glazed door are easily retrofitted. Design Features/EMC Measures High Level Of Stability and protection due to extruded aluminum sections and die-cast components. Stable, Non-slip Design guaranteed by 10 mm high corner caps. The resulting gap to the desktop or lower enclosure offers good airflow and ventilation conditions. Symmetrical Layout for mm (19") population at front and rear. Mounting angles front and rear allow installation of mm (19") components. Depth- nd Height-variable Installation with the aid of slide-in strips. Simply slide into the desired channel and attach as required. For Door Fitting the slide-in strip without tapped holes can be exchanged for a slide-in strip with tapped holes. Cooling D D Vertical Ventilation Holes in the base and cover trays allow natural convection from bottom to top. 1 HE d Ventilation can be additionally improved by fitting a rack-mounted fan. 1 HE d 7 HE Diagonal Ventilation ir inlet is at the front via a front panel with vent slots. The heated interior air is dissipated via a fan mounted on the rear door. t 248

237 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Product Information RiCase Color Variants RL 5018 RL 5012 RL 7030 Desktop enclosure for the installation of mm (19") rack-mounted equipment and components ll-metal design affords a high level of mechanical protection Ergonomic handle, base and door variants For mobile and stationary use 3 color variants as standard RiCase enclosures are supplied in three color variants as standard. Other colors can also be supplied on request. 249

238 In Detail: RiCase RiCase enclosures can be configured individually to suit the respective application using doors, handles and front and rear panels. Handling Horizontal Carrying Handles allow easy transportation, even of populated enclosures. Support Stand/carrying Handle for portable use, adjusts in 30 increments. (Order No. see page 258). Tower Feet ensure stability of the enclosures, even with vertical installation. Precise Stackability is guaranteed, thanks to the designer corners of the bottom and top RiCase, which slot into one another in a non-slip, stable arrangement. Doors nd Covers The rear is sealed with a blanking plate. However, the symmetrical arrangement also permits population from the rear. (Order No. see page 261). hinged blanking plate improves handling and provides easier access to the rear components (Order No. see page 261). The hinged rear door (also for fan installation) is equipped with a security lock. (Order No. see page 260). Depending on siting conditions, the horizontally hinged rear panel can prove particularly useful e.g. for use with the tower version. (Order No. see page 261). Tower Version In conjunction with a corresponding front door and tower feet, RiCases may be configured as tower enclosures. The Front Door featuring acrylic glazing or aluminum plate with left-hand or right-hand hinge, as required protects the display and control components. The painted aluminum frame section is equipped with a security lock (Order No. see page 259). Keyboard Lid Suitable for the installation of mm (19") keyboards. Horizontally hinged with security lock. (Order No. see page 258). 250

239 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking Product Information RiCase Configuration as a tower version Front doors made from aluminum or acrylic glazing Stackable 251

240 Order Information RiCase mm (.5 19")/1U, 2U, 3U, 4U Enclosure for subrack width Packs 1U 2U 3U 4U Page mm ( 1/2 19") of Depth (T) mm Order No. RC Non vented, RL Order No. RC Non vented, RL 5012* Order No. RC Non vented, RL 7030* Order No. RC Vented, RL Order No. RC Vented, RL 5012* Order No. RC Vented, RL 7030* H H B a b c d Weight (kg) vented/non vented 3.3/ / / / / / / / /7.5 ccessories Horizontal carrying handles Support stand/ carrying handle RL RL 5012* RL 7030* Blanking plate/rear panel Front door, vertically hinged Slide rails Mounting angles, mm (19") Threaded inserts Trim section * Extended delivery times B a b c B B 6.3 B H HE HE (H1) B T d x X5 B = Width T = Depth HE = U X 252

241 Order Information RiCase mm (.5 19")/1U, 2U, 3U, 4U n Technical Specifications: Depth: 300 mm, 420 mm, 540 mm Installation Width: mm (1/2 19") Installation Options: mm (1/2 19") slide-in equipment and modular assemblies to DIN , part 5 and IEC Protection Category: IP 42 non vented version. Material/Surface Finish: Cover trays: Extruded aluminum section/die-cast, spray finished in RL 7035 Side panels: Extruded aluminum section, spray finished in RL 7035, colors RL 5018/5012/7030* Corner caps: Plastic, RL 5018/5012/7030*482.6 mm (19") mounting bracket:extruded aluminum section, clear chromated Supply Includes: 2 side panels 2 cover trays 8 corner caps 8/12/16 cover caps (300 /420 / 540 mm depth) mm (19") mounting angles 4 threaded inserts 4 plain inserts 1 rear panel Enclosures are supplied partially assembled * RL 5018: turquoise RL 5012: light blue RL 7030: stone gray RL 7035: light gray Special dimensions and colors on request. RiCase accessories from pages Subrack systems from page 146 Hinged Blanking Plate Vertically hinged for installation into electronic enclosures or cases. The Horizontal Carrying Handles with a load bearing capacity of up to 30 kg, are easily retro-fitted. 253

242 Order Information RiCase mm (19")/3U, 4U, 6U, 7U Enclosure for subracks P. 3U 4U 6U 7U 9U 12U width mm (19") of Depth (T) mm Order No. RC Non-vented, RL Order No. RC Non-vented, RL 5012* Order No. RC Non-vented, RL 7030* Order No. RC Vented, RL Order No. RC Vented, RL 5012* Order No. RC Vented, RL 7030* H H B a b c d Weight vented (kg) non vented ccessories Horiz. carrying handles Support stand/ carrying RL RL 5012* RL 7030* handles Blanking plate/rear panel Rear door, solid Rear door, for fan Front door, vert. hinged Slide rails Mounting angles, mm (19") Threaded inserts Trim section * Extended delivery times 6.3 B a b c B B B B = Width T = Depth HE = U H HE HE (H1) 9.5 B X T d x X

243 Order Information RiCase mm (19")/3U, 4U, 6U, 7U n Technical Specifications: Depth: 300 mm, 420 mm and 540 mm Installation Width: mm (19") Installation Options: mm (19") slide-in equipment and modular assemblies to DIN , part 5 and IEC Protection Category: IP 42 non vented version. Material/Surface Finish: Cover Trays: Extruded aluminum section/die-cast, spray finished in *RL 7035 Side Panels: Extruded aluminum section, spray finished in RL 7035, colors RL 5018/5012/7030* Corner Caps: Plastic, RL 5018/5012/ 7030* mm (19") Mounting ngles: Extruded aluminum section, clear chromated Supply Includes: 2 side panels, 2 cover trays, 8 corner caps, 8/12/16 cover caps (300/420/540 mm depth), mm (19") mounting angles, 2 threaded inserts, 4 untapped strips. Enclosures are supplied partially assembled. * RL 5018: turquoise RL 5012: light blue RL 7030: stone gray RL 7035: light gray Special dimensions and colors on request. RiCase accessories from pages Subrack-systems from page 146 The Support Stand/carrying Handle of solid aluminum, is adjustable on a 30 increments. The Keyboard Lid is designed for mm (19") keyboards and has a security lock. 255

244 ccessories RiCase Interior Installation Mounting ngles For mm (19") For additional installation of subracks. Extruded aluminum sections, clear chromated Supply Includes: 2 mounting angles ssembly parts Note: 1 pack of threaded inserts and 2 packs of mounting rails and spacers are required for depth-adjustable installation. For enclosure height Packs of Order No. 1U U U U U U U U Slide Rails To support heavy slide-in equipment. 1.5 mm sheet steel, yellow passivated Supply Includes: 2 slide rails, assembly parts Note: Threaded inserts should be ordered separately. Enclosure depth Packs of Order No. 300 mm mm mm Threaded Inserts For fastening mounting angles, slide rails, mounting kits, cable trunking etc. Slides into the grooves of the side panels. Extruded aluminum sections, clear chromated Supply Includes: 8 threaded inserts For enclosure height Packs of Order No. 1U U U U U U U U Earthing Set For compliance with electrical protection measures; fits all Rittal RiCase enclosures. Supply Includes: Insert strip, pointed grub screws, green/ yellow connection lead, serrated washer, nut Packs of Order No Mounting Rails For depth-variable installation of the mounting angles For static or pull-out installation of component shelves luminum, clear chromated Supply Includes: 2 mounting rails ssembly parts Note: Threaded inserts and spacers should be ordered separately. For enclosure depth Packs of Order No. 420 mm mm

245 ccessories RiCase Interior Installation n Spacers For securing mounting rails. With 471 mm component shelves, the mounting rails are screwed directly to the side panel. Supply Includes: 4 spacers Note: Threaded inserts should be ordered separately. ssembly kit for Packs of Order No. Depth-adjustable mounting angles Component shelf install ation 409mm wide 2 Component shelf install- Direct installation ation 417 mm wide /.410/ /.410/ /.410/.420 Trim Section To cover the sides on the left and right of the subrack when no rear door or rear panel is used. Extruded aluminum section, spray finished in RL 7035 Supply Includes: 2 trim sections ssembly parts For enclosure height Packs of Order No. 3U U U U U U Depth-adjustable version 409 mm version 471 mm version M6 ssembly Screws For captive nuts, including plastic washers. Description Packs of Order No. Cheese-head screw Phillips-head screw M6 Captive Nuts For fastening accessories with contact of the subrack to the enclosure/frame. Packs of Order No For fastening accessories without contact of the subrack to the enclosure/frame. Packs of Order No

246 ccessories RiCase External Mounting Horizontal Carrying Handles For easy, secure transportation May be retrofitted Load capacity 30 kg/pair End pieces: Die-cast, spray finished in RL 7035 Center part: Extruded aluminum section, painted in RL 7035 For enclosure Packs of Order No. depth 300 mm mm mm Supply Includes: 2 carrying handles, assembly parts Support Stand /Carrying Handles Support stand/carrying handle adjustable in 30 increments Suitable for retro-fitting to 2 7U For mm (1/2 19") and mm (19") wide enclosures Load capacity 30 kg Hinged part: Die-cast, spray finished in RL 7035, other colors RL 5018/5012/7030 Center part: Extruded aluminum section, spray finished in RL 7035 with plastic coating Supply Includes: 1 support stand/carrying handle ssembly parts For Col. W Order No. enclosure width RL mm mm (1/2 19") mm (1/2 19") 5012* mm (1/219") 7030* mm (19") mm (19") 5012* mm (19") 7030* W = total width handle * Extended delivery times RL 5018 RL 5012 RL Keyboard Lid Suitable for the installation of mm (19") keyboards. Horizontally hinged with security lock Removable cover plate For enclosure width H Packs of Order No. (U) mm (19") mm (19") Frame section: Extruded aluminum section/ die-cast, spray finished in RL 7035 Base and cover plate: luminum, spray finished in RL 7035 Supply Includes: 1 keyboard lid, assembly parts Note: Only in conjunction with support stand/ carrying handle H

247 ccessories RiCase External Mounting n Front Door, Vertically Hinged For mechanical protection of built-in control components. Optional right-hand or left-hand hinges With security lock Frame section: Extruded aluminum section, spray finished in RL 7035 Corner pieces: Die-cast aluminum, spray finished in RL 7035 Pane: Smoked acrylic Supply Includes: 1 front door, assembly parts For W (B) H Order No. enclosure width mm (U) mm (1/2 19") mm (1/2 19") mm (19") mm (19") mm (19") mm (19") B 12.5 H luminum Front Door, Vertically Hinged For mechanical protection of built-in control components. Optional right-hand or left-hand hinges With security lock Frame section: Extruded aluminum section, spray finished in RL 7035 Corner pieces: Die-cast aluminum, spray finished in RL 7035 luminum plate Supply Includes: 1 front door, assembly parts For W (B) H Order No. enclosure width mm (U) mm (19") mm (19") mm (19") B H 12.5 Front Door For Tower For mechanical protection of built-in control components. Optional right-hand or left-hand hinges With security lock Frame section: Extruded aluminum section, spray finished in RL 7035 Corner pieces: Die-cast aluminum, spray finished in RL 7035 Pane: Smoked acrylic Supply Includes: 1 front door, assembly parts For W (B) H Order No. enclosure width mm (U) mm (19") mm (19") H 25.5 H H Tower Feet For vertical positioning of enclosures. May be retrofitted. Plastic to UL 94-V0, self-extinguishing RL 5018 Supply Includes: 4 tower feet, assembly parts Color RL Packs of Order No set set set RL 5018 RL 5012 RL

248 ccessories RiCase External Mounting Rear Panel To cover the rear. May be screw fastened, incl. mounting angles. 2/3 mm aluminum, natural anodized Supply Includes: 1 rear panel mm (19") mounting angles ssembly parts For enclosure width mm(19") e1 e2 H Packs of Order No. (U) Y Y H Rear Door, Solid To cover the rear. Hinged, with security lock Optional right-hand or left-hand hinges luminum, spray finished in RL 7035 Supply Includes: 1 rear door, hinged ssembly parts For H Packs Order No. enclosure width (U) of mm (19") mm (19") mm (19") mm (19") H Rear Door, For Fan Installation To cover the rear. With security lock Optional right-hand or left-hand hinges For 120 mm fan luminum, spray finished in RL 7035 Supply Includes: 1 rear door, hinged ssembly parts For H H1 Order No. enclosure width (U) mm (19") mm (19") mm (19") mm (19") H H HE i. L. = 474 Fan Expansion Kit With one fan, including assembly parts and connection cable (0.61 m). Technical Specifications: Rated operating voltage: 230 V/115 V Power consumption: 19/18 W at 50/60 Hz ir throughput (unimpeded air flow): 140/165 m3/h, 50/60 Hz Temperature range: 10 C to + 55 C Fan Packs of Order No. 230 V C 1 set V C 1 set

249 ccessories RiCase External Mounting n Blanking Plates Ventilation Front Plates 3 mm aluminum, natural anodized mm (19") 2 mm aluminum, natural anodized mm (1/2 19") Note: Order mounting angles for mm (19") blanking plates separately if used used as rear panel. For venting enclosures from front or rear. 3 mm aluminum, natural anodized U Packs of Order No. Order No mm mm (1/2 19") (19") Width U P. of Order No mm (19") mm (19") mm (19") Blanking Plate, Vertically Hinged For installation in electronic enclosures or cases. Hinges: Die-cast zinc, zinc-plated Blanking plate: 3 mm aluminum, natural anodized Supply Includes: 2 hinges, 1 front plate, assembly parts Note: Order mounting angles for mm (19") cases separately if used as rear panel. Width U b mm Order No mm (19") mm (19 ) b X HE 90 recessed Cutout for hinge HE = U X Blanking Plate, Horizontally Hinged For installation in electronic enclosures or cases. Hinges: Die-cast zinc, zinc-plated Blanking plate: 3 mm aluminum, natural anodized Supply Includes: 2 hinges, 1 front plate, assembly parts Note: Order mounting angles for mm (19") cases separately if used as rear panel. Width U b mm Order No mm (19") mm (19") HE X 35 b Cutout for hinge recessed 6.8 HE = U X