Pixus Technologies Catalog

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

2 Product Diversity Knowledge Transfer MPS Expertise Globalization Integrative Thinking CompactPCI 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. Add to that a whole line of 3/6 EMC and Non-EMC front panels and your package is complete more solutions from The Original CompactPCI Company. 96

3 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 0.0 and IEEE 0. 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 boards (4096 combinations) ESD protection Grounding connection for plug-in boards Tying of multiple handles together Telecom Handle Or Alternative Handle Solution, Type VII This injector/extractor handle solution has all the features of the IEEE 0.0/0. and CompactPCI requirements (with limited front panel I/O space) and is designed for systems (subracks) conforming to IEEE 0.0 and IEEE 0. standards. However, this handle has one more distinguishing feature: the solder ( 2) of the can be optionally increased by 2.54 mm (0. ) to provide for more surface mounted space (this additional feature cannot be implemented for CompactPCI). Suitable as pluggable power supply handle per PICMG Draft 2.. Tying together of multiple handles also available. CompactPCI Type IV Handles Type VII Handles Embedded Microswitch Assembly Keying Gasket Front Panels EMC & Non-EMC Adapters Drive Chassis Solder Side Cover

4 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. A metal insert ensures reliable functioning, even at forces of up to 85 N. The injector/extractor handles are only for use in conjunction with horizontal rails with a 0 mm extension. Push-button for locking and unlocking the board type plug-in unit (cannot be extracted in the locked position) Optionally with /2HP offset attachment, e.g. for mounting on both s 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 attachment Plastic/metal Injector/extractor handle, assembly parts Self Locking Installation Top Bottom With /2 HP Offset Installation Top Bottom Accessories: Keys, see page 00 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, by. Steel Type VII Injector/Extractor Handle, Plastic (Typically sed For cpci PSs) 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 0 mm extension (see page 74). Optionally with /2 HP offset attachment, e.g. for mounting on both s 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 Top Bottom Handles With /2HP Offset Installation Top Bottom Plastic injector/extractor handle, assembly parts Accessories: Keys, see page 00 Keyable guide rails, see page 57 Keyable guide rails with /2HP offset, see page 57 Microswitch, see page 99 98

5 Type VII Injector/Extractor Handle (Telecom) (For 6 And 9 Applications) 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 0 mm extension Optionally available with /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 Injector/extractor handle, assembly parts Handles Without Offset (4.07 mm) Installation Top* Bottom* *Offset spacer no longer required Handles With Offset (6.6 mm) Installation Top Bottom Accessories: Keys, see page 00 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 And 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 pieces Optional Retention Screw Embedded Microswitch Cable Assembly For Hot Swap Applications Lever hinge Lever contact point ~25mm 2 E L n Lever not pushed d Lever Hinge -2 Microswitch lever pushed down: injector/extractor handle in locked position. -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 ma, resistive load (30,000 cycles) 60 V DC, 5 ma, resistive load (30,000 cycles) 60 V DC, 500 ma, resistive load (5,000 cycles) Operating Temp.: -3 F (25 C) to +58 F (+70 C) Humidity: RH 85% max Vibration: 0Hz to 55Hz, 8g Shock: 30g, msec May be inserted into both the CompactPCI and the Telecom handle. Microswitch assembly includes: Microswitch 3 wires, 25 mm x # 32 AWG Plug Retention clip ( assembly) The mounted header may be a through hole mounted header or a surface mounted header. Through hole mounted header: piece Surface mounted header: piece Note: Minimum quantity is 0 pieces. Microswitch Micrositch retainer Micrositch with harness assembly 99

6 Accessories 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 Grey Red Plastic, self-extinguishing to L 94-V0 00 keys Accessories: Keying tool for simple assembly of up to 3 coding keys According to PICMG 2.0, IEC and IEEE 0.0 Position Position 2 Position 3 Position 4 Keying Tool For simple assembly of keys. p to 3 coding keys may be fitted simultaneously. An integral alignment pin makes positioning easier Plastic, L 94-V0, self-extinguishing keying tool EMC Gaskets, Vertical Version Version 2 To ensure EMC protection between -channel front panels and subrack panel. There is a choice of two versions: Version : Segmented Version 2: One-piece Version : Segmened Stainless steel Version 2: One Piece Holder Kit For attaching the. Only required at the top of 3 front panels. Die-cast Assembly screws should be ordered separately: For attaching of to holder Front Panel to holder 00

7 Smart Protection With CompactPCI Front Panels Single Handle Panels 4 HP > 4 HP EMC Front Panels For s (-Channel) For Single Handles 4 HP 6 >4 HP 6 4HP 8HP 2HP 6HP mm aluminum extruded Finish: clear chromated 3 3 For CompactPCI handles, see pages For filler panels, see pages EMC (-channel) 3 EMC Front Panel Kits With (Single) Type IVs Handles Kit Includes: -channel front panel piece holder piece EMC gasket piece Injector/ejector handle assembly piece, black Assembly parts HP Kit No EMC Front Panel Kits With (Single) Type IVs Handles Kit Includes: -channel front panel piece EMC gasket piece Injector/ejector handle assembly 2 pieces, black Assembly parts Order optional holders separately. HP Kit No Multiple Handle Panels >4 HP Material removed 3 >4 HP 6 EMC Front Panels For s (-Channel) For Multiple Handles 8HP mm aluminum extruded Finish: clear chromated EMC Gaskets Kit No. 0 pcs stainless steel When multiple handles are used, please lock the handles with the tying pin. See page 98. 0

8 Smart Protection With Kaparel/Rittal VME and VME64 Extension Front Panels Single Handle Panels 4 HP > 4 HP VME Non-EMC Front Panels For s (Flat) For Single Handles 4 HP 6 >4 HP 6 4HP 8HP 2HP 6HP mm aluminum sheet Finish: anodized HP = 5.08 mm (0.2") 3 3 VME64 Extension EMC Front Panels For s (-Channel) For Single Handles 4HP 8HP 2HP 6HP For cpci handles, see pages For filler panels, see pages VME Non-EMC (flat) VME64 Extension EMC (-channel) mm aluminum extruded Finish: clear chromated Multiple Handle Panels >4 HP Material removed >4 HP VME Non-EMC Front Panels For s (Flat) For Multiple Handles 8HP VME64 Extension EMC Front Panels For s (-Channel) For Multiple Handles 8HP mm aluminum sheet Finish: anodized HP = 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 0 Piece Kit stainless steel 35

9 ±0. 3.5± ± Maximum space on front end 3= ± ± ±0. 3.5± = / 9 = = ±0./ ± ± ± Maximum space on front end 6=24.5, 9= = / 9 = = / Front Panel Layout Dimensions CompactPCI Front Panels VME 64x 3 Front Panels VME 64x 6 And 9 Front Panels 4HP ± Ø B (HP) 7.5±0. B csk HP B B2 B3 B4 Tolerance X X HP B (HP) B Ø B 0±0. 3.4± ±0. 0.± ±0. 6 = ±0. / 9 = 389.2±0. Component Side Top View VME Non-EMC Flat Front Panel B - X 2 0.0±0. 3.4± ±0. 0.± ± B 3 + X B - X VME 64x EMC -Channel Front Panel 2 3 Front panel Holder To be used for 3 s on the top end and 6 s in the middle (optional) piece Kit No pieces die cast aluminum Note: An electronic file of these drawings is also available. Please contact Rittal. 36

10 ±0. 3.5± ± Maximum space on front end 3= ± ± ±0. 3.5± = / 9 = = ±0./ ± ± ± Maximum space on front end 6=24.5, 9= = / 9 = = / Front Panel Layout Dimensions CompactPCI Front Panels n 3 Front Panels 6 And 9 Front Panels 4HP ± Ø B (HP) 7.5±0. B csk HP B B2 B3 B4 Tolerance X X HP B (HP) B Ø B 0±0. 3.4± ±0. 0.± ±0. 6 = ±0. / 9 = 389.2±0. Component Side Top View Non-EMC Flat Front Panel B - X 2 0.0±0. 3.4± ±0. 0.± ± B 3 + X B - X EMC -Channel Front Panel 2 3 Front panel Holder To be used for 3 s on the top end and 6 s in the middle (optional) piece Kit No pieces die cast aluminum Note: An electronic file of these drawings is also available. Please contact Kaparel/Rittal. 02

11 Drive Chassis Vertical And Horizontal Horizontal Drive Chassis Non-EMC Type H (Horizontal) Drive Chassis For 2, 4, and 6 Ripac Vario Drive Chassis Subracks Drives are H (horizontally) mounted Front removal drive chassis Will accept 5/4" HH (CD-ROM) or 3/2" drives Backplane pluggable for 3/2" drives Inquire for custom backplane designs 3 /2" Drive Chassis With Cut-Out For Drive No. of drives H W aluminum extruded Finish: clear chromated 3 /2" Drive Chassis With Cut-Out For 2 Drives No. of drives H W Dual Drive Brackets With Cut-Outs For 2 Drives Including Mounting Parts Bracket Kit No. pair aluminum extruded Finish: clear chromated 5 /4" HH Drive Or CD-ROM Chassis With Cut-Out For Drive No. of drives H W All dimensions are in millimeters (mm) Vertical Drive Chassis EMC 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 () vertical drive chassis. Order No: kit Vertical Mounted EMC Drive Chassis: Front panel: Aluminum extruded Finish: Clear chromated Side plate: Sheet aluminum Finish: Clear chromated Front Approximate Front Drive panel depth panel Kit No. HP of drive H W x 3.5" x 3.5" x 5.25" x 3.5" x x x x x 5.25"

12 Accessories n Solder Side Covers And Panel Adaptersn Solder Side Covers A protective solder cover mounted over the 2 (back) of the may be required to prevent damage of back s when cpci front mounted modules and/or cpci rear mounted I/O modules are installed/extracted from the subrack (cpci system). All cpci modules having back s or through-hole pins should provide a means for mounting a protective cover (solder cover). The positioning and the hole size for cpci solder cover mounting holes are defined in IEEE 0. Annex A and PICMG 2.0. While the solder covers are optional per PICMG 2.0, the PICMG 2. hot swap specification shall provide a means for mounting a protective cover (solder cover). Kaparel/Rittal offers two types of cpci solder covers solid and vented. Solder covers are mounted to the back of the cpci module at the front panel end with the existing to front panel mounting screw and on the connector with the plastic (removable) retention clip. Configuration: Pentastat SC660/050C L 94-VO Anti-static Surface resistivity of x00 Ω/q Thickness.09"/0.5 mm Clear color Maximum temperature: +62 F/+72 C Non-washable Non-toxic, non-contaminating, reusable, recyclable Specifications: IEEE 0.0 IEEE 0. Annex A PICMG 2.0 PICMG 2. L 94-VO (meets or exceeds MIL-B-8705-C) Yellow board QMFZ 8; E7348A and E7348B cpci Solder Side Covers - Solid Description For size Qty Solder cover - solid 6 x 60 mm Solder cover - solid 6 x 80 mm Solder cover - solid 3 x 60 mm Retention clip cpci Solder Side Covers - Perforated With 2 mm Holes Description For size Qty Solder cover - perforated 6 x 60 mm Solder cover - perforated 6 x 80 mm Solder cover - perforated 3 x 60 mm Retention clip Front Panel Adapters A typical application is when a 3 x 4 HP EMC plug-in unit is installed into a 6 system. This adapter kit provides for an additional 3 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 Board Adapters A typical application is when two 3 CP boards are on top of each other, creating a 6 board system, where the enviroment requires two times P/J-P2/J2 (typically two 3 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 cover (back cover) mounting holes. A modified 6 front panel is required; please inquire for additional information Ø2.70 CSK 4 places

13 n Accessories PMC Or CMC Front Panels And Covers PMC Or CMC Front Panels PMC Front Panels Support Spacer For PCI mezzanine boards (PMC). Conforms to IEEE 386(CMC)/386.(PMC) Die-cast zinc front panel Accessories: EMC sealing ring and gasket see below For PCI mezzanine boards (PMC). Conforms to IEEE 386(CMC)/386.(PMC) Extruded aluminum section, clear chromated front panel Accessories: EMC sealing ring and gasket see below 0 mm, for mounting mezzanine boards. support spacer Covers To conceal unused mezzanine cutouts in 3 and 6 front panels. The covers are simply clipped into the cutouts 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 Sealing ring Sealing gasket Assembly Screws And Keying Assembly parts for all PMC s are M2.5x6 inch screws. To ensure use of correct voltage of mezzanine parent boards. The keying pins are bolted onto the boards. Assembly Parts Keys