Table of Contents. Fieldbus Electronics and I/O G2-1 Electronics G2-2 Electronics Individual Base Node...

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2 Table of Contents Fieldbus Electronics and I/O G- Electronics Features and Benefits Communication Protocols How to Order AKC Communication Module LH Mounting Cover Kit Fieldbus Communication Module Manual Configuration Module I/O Module Assemblies Flexiblok Manifold Dimensional Drawing G- Electronics Features and Benefits Communication Protocols Discrete I/O Modules How to Order Fieldbus Communication Module Manual Configuration Module I/O Block Assemblies Pin Sub-D Connector Input Dual Pin Sub-D Connector Input Pin M Circular Connector Digital I/O Module Pin Sub-D Connector Output Module Dual Pin Sub-D Connector Output Module Valve Side Sub-D Output Modules Mounting Cover Assemblies Dimensional Drawing Individual Base Node Features and Benefits Communication Protocols How to Order Valve on Individual Base Node Base Assemblies Replacement Kits Direct to PLC Features and Benefits I/O Modules Technical Data How to Order I/O Block Assemblies Pin Sub-D I/O Module Assembly Connector Kits Cables and Accessories Numatics 00 Rev. /0

3 G- Electronics G- Fieldbus Communications Electronics Why use Numatics Fieldbus communication electronics? No internal wiring Up to 0 valve solenoids Discrete I/O status with short circuit protection Software or manual configuration Plug-together flexibility Conformance tested Shorted and open load diagnostics Universal input technology allows NPN or PNP sensor types with same input module. NEMA/IP Up to discrete output points and input points per communication node Low cost distribution options Used with 00 and 00 Series Modular Reality... Supported Protocols: DeviceNet Allen Bradley Remote I/O Profibus DP. MBps & MBps DeviceLogix CANopen - Consult Factory AS-i - Consult Factory

4 DeviceLogix G- Electronics DeviceLogix is a Rockwell Automation technology that allows a DeviceNet node to be programmed to execute a sequence independently from the control for the main PLC/IPC. A DeviceLogix enabled DeviceNet node can be used in conjunction with a standard DeviceNet network, providing simple distributed control functionality. Additionally, it can also be used in a standalone application, without a network connection or PLC/IPC, to sequence pneumatic valves and control I/O. Numatics has integrated this licensed technology into its DeviceNet compatible valve manifold series, which combine the functionality of a modular pneumatic valve system with integrated I/O. Programming of the DeviceLogix enabled node is done using the industry standard DeviceNet commissioning software tool RSNetworx for DeviceNet for Rockwell Automation. The programming software features an easily understandable graphics environment where the users can simply drag and drop logic function blocks (i.e. AND, NAND, OR, NOR, XOR, XNOR, RS LATCHES, COUNTERS and TIMERS) onto a page and interconnect them to develop the required sequence, or ladder logic programming can be used to develop a sequence. The programmed sequence is downloaded to the node via the standard DeviceNet communication connection, thus multiple nodes can be programmed simultaneously on the same network. Technical Data ELECTRICAL DATA VOLTAGE CURRENT BUS Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% amps. maximum Aux Power Connector Single key pin mm (Micro) connector Communication Connector Single key pin mm (Micro) connector LED s Module status, Network status, Ext fault & Aux power and logic enabled OPERATING DATA Temperature Range + to + F (0 to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Supports auto-baud detection and auto-device replacement (ADR) feature. Optional module for use when a manual configuration method is preferred. Maximum Valve Solenoid Outputs (00 Series) Maximum Discrete I/O Points Numatics DeviceNet modules features Polled, Change of State (COS), Cyclic and combinations message capability. Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

5 DeviceNet DeviceNet is an open protocol bus communication system developed by Allen-Bradley based on Controller Area Network (CAN) technology. The governing body for DeviceNet is the Open DeviceNet Vender Association (ODVA). The ODVA controls the DeviceNet specification and oversees product conformance testing. Numatics G- DeviceNet modes have been tested and approved for conformance by the ODVA. More information about DeviceNet and the ODVA can be obtained from the following WEB site: Open DeviceNet Vendors Association (ODVA) G- Electronics Technical Data ELECTRICAL DATA VOLTAGE CURRENT BUS Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% amps. maximum Aux Power Connector Single key pin mm (Micro) connector Communication Connector Single key pin mm (Micro) connector LED s Module status, Network status, Ext fault & Aux power OPERATING DATA Temperature Range + to + F (0 to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Supports auto-baud detection and auto-device replacement (ADR) feature. Optional module for use when a manual configuration method is preferred. Maximum Valve Solenoid Outputs (00 Series), (00 Series) Maximum Discrete I/O Points Numatics DeviceNet modules features Polled, Change of State (COS), Cyclic and combinations message capability. Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

6 G- Electronics Allen Bradley Remote I/O Allen-Bradley Remote I/O is a proprietary protocol based on a patented chipset. This chipset is obtained from Allen-Bradley and incorporated into the Numatics RIO module. Communication Module Manual Configuration Module (MCM) (Required) Technical Data ELECTRICAL DATA VOLTAGE CURRENT Valve & Discrete I/O VDC +/- 0% amps. maximum Aux Power Connector Single key & pin mm (Micro) connector Communication Connector Single key pin mm (Micro) connector, Bus IN and OUT LED s Communications status, ext. fault and auxiliary power OPERATING DATA Temperature Range + to + F (0 to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Manual Configuration Module (MCM) Module contains DIP and rotary switches for setting device configuration data Maximum Valve Solenoid Outputs (00 Series), (00 Series) Maximum Discrete I/O Points Rack Size Rack size is set automatically to / rack This product incorporates technology which is licensed by Allen- Bradley Company, Inc. Allen-Bradley has not technically approved, nor does it warrant or support this product. All warranty and support for this product and its application is provided solely by Numatics, Incorporated.

7 Profibus DP (. MBps & MBps) Profibus-DP is a vendor-independent, open fieldbus designed for communication between automation control systems and distributed I/O at the device level. The 00 Series - Profibus product is designed to conform to the Profibus standard EN00. Certification is by the Profibus Interface Center (PIC) according to the guidelines determined by the Profibus Trade Organization (PTO). The certification process ensures interoperability for all Profibus devices. More information about Profibus can be obtained at the following web sites: G- Electronics Profibus Interface Center Profibus Trade Organization Manual Configuration Module (MCM) (Not required with Class II Master) Communication Module Technical Data ELECTRICAL DATA VOLTAGE CURRENT Valve & Discrete I/O VDC +/- 0% amps. maximum Aux. Power Connectors. MBps Single key pin mm (Micro) connector MBps Single key pin mm (Micro) connector Communication Connector. MBps pin mm (Micro) connector MBps pin reverse key female (Micro) connector LED s OPERATING DATA Module status, Network status, Ext fault and Auxiliary power Temperature Range + to + F (0 to + C) Humidity Moisture % relative humidity, non-condensing Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Module containing DIP and rotary switches for setting device configuration data. Maximum Valve Solenoid Outputs Maximum Discrete I/O Points, available with mm (micro) connectors or pin sub-d styles (GSD) File and technical manuals are available in the download section of the Numatics, Inc. website at:

8 Discrete I/O Modules Discrete I/O modules are used to connect additional I/O devices to the valve manifold node. This provides for more efficient use of system resources when configuring an industrial network system. G- Electronics Universal input modules feature technology that allows the same module to automatically recognize PNP or NPN type sensors without the need to add external pull-up resistors or manually select sensor type. Input and output modules have two mm (micro) connectors. Each can be used individually (i.e. I/O point per connector) or can be used for double point (i.e. connector has two points of I/O). This standard feature further simplifies external I/O wiring. Discrete I/O Sub-D output module can be used to drive additional coils on a separate manifold or discrete output points. Sub-D I/O module can be used for inputs and or up to a total of I/O points. Sub-D I/O Technical Data ELECTRICAL DATA Inputs: Supply Voltage VDC ± 0% Type Sourcing (PNP), Sinking (NPN) or contact closure (universal input technology) LED Indicator Input status Outputs: Voltage VDC +/- 0% Current 0. amperes per output (A max. per manifold) Type Sinking (NPN) LED Indicator Output status OPERATING DATA Temperature Range + to + F (0 to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements Connectors Single key pin female mm (micro) connector or pin sub-d female CONFIGURATION DATA The maximum number of modules connected to the discrete I/O side is 8. A fully configured manifold assembly would require master modules with slaves. 8

9 G- Electronics How to Order ) Assembly Kit Selection A K C Electrical / Electronic Type & Location C = Communication Module Valve Series = 00 Series D = 00 Series Number of Valve Stations* A = I = Q = B = J = 0 R = 8 C = K = S = D = L = T = 0 E = M = U = F = N = V = G = O = W = H = 8 P = X = * Maximum number of valve stations is determined by the combination of single and double Z-Boards types installed in the manifold sub-bases. ) Valve Model Number Selection Valve model number with plug-in manifold base. Options STD = Standard DRM = DIN Rail Mounting (Std. mm) MUF = Muffler in End Plates DWM= DIN Rail with MUF A0 = Pin Sub-D Discrete Outputs Sinking (NPN) D0 = A0 + DRM D0 = A0 + MUF F0 = A0 + DRM + MUF A = Pin Sub-D I/O Points Inputs Sourcing (PNP) Outputs Sinking (NPN) D8 = A + DRM D = A + MUF F0 = A + DRM + MUF Port Type L = Push In D = Barbed Fitting End Plate Port Size = / H = 8mm (/) ) Electronic Interface N X D F E0 Valve Series = 00 Series D = 00 Series Fieldbus Protocols DN = DeviceNet AB = Allen Bradley RIO PB = Profibus DP. MBps PT = Profibus DP MBps DL = DeviceLogix Number of Discrete Inputs** Options E0 = Separate Power (Valve and I/O) G08 = With MCM if Not Standard (DN only) G0 = Without MCM if Not Standard (PB & PT only) Voltage F = VDC I/O Type D = Digital Number of Discrete Outputs** **) I/O Per I/O Station Electronic Interface Option Only (See I/O table below) When ordering up to eight (8) I/O you must order one () Master I/O (which contains two () points I/O itself). The balance required is made up of Slaves, two () points per I/O station (total Slave modules). A maximum of sixteen () I/O points can be configured by using two () Master modules and six () Slave modules. Total number of discrete inputs plus total number of discrete outputs must be less than or equal to. (See I/O table below). Input master modules can be used with Output Slave Modules. Output master Modules can be used with Input Slave Modules. Sub-D outputs and I/O types do not require additional master modules when used alone I/O Table: Note I/O per station HOUSING TYPE Master Kit No. Slave Kit No. SINKING (NPN) OUTPUT SINKING (NPN) or SOURCING (PNP) INPUT

10 G- Electronics AKC Communication Module I/O Shaded components described by Assembly Kit (AK) model number designation (see #, pg. 8), with the exception of the Communication module and number of I/O stations that are described by Electronic Interface (NX) model number designation. (see #, pg. 8) Each valve manifold station is listed in sequential order from left to right when facing the port side of the manifold as indicated. Each discrete I/O station is listed in sequential order from RIGHT to LEFT starting from the Communication module as indicated. NOTE: I/O stations # and # (if required) must always be a MASTER KIT. (see #, pg. 8) Stations,,,, and 8 must be either input or output Slave kits. NOTE: Total of solenoid outputs available for 00 Series. Either single solenoid valves or double solenoid valves or any combination of singles or doubles, not to exceed solenoid outputs for AKC Serial/Bus are allowed. NOTE: Total of solenoid outputs available for 00 Series. Example order: I/O station I/O station I/O station I/O station I/O station I/O station I/O station I/O station 8 LH Mounting Cover Kit AKCD0000LSTD 0BWZMK000 0BWZMK000 0BBZMK000 0BBZMK000 NXDN0808DFE0-80 Input Master Sinking (NPN) Kit -80 Input Slave Sinking (NPN) Kit -80 Input Slave Sourcing (PNP) Kit -80 Input Slave Sourcing (PNP) Kit -800 Output Master Sinking (NPN) Kit -80 Output Slave Sinking (NPN) Kit -80 Output Slave Sinking (NPN) Kit -80 Output Slave Sinking (NPN) Kit ASSEMBLED Serial Bus stations: Module NX stations: valve DET. REQ D PART NAME PART LH DIN Rail Mtg Cover Lockwasher 8- - Spring - Clamp -0 LH MOUNTING COVER KIT With DIN Rail Without DIN Rail PART

11 G- Electronics Fieldbus Communication Module and Manual Configuration Module Assemblies Communication Module 0 DET. REQ D PART NAME PART -0 - Nameplate (DeviceNet) - Nameplate (Profibus) - Nameplate (Allen Bradley RIO) - - Lockwasher 8- Housing -0 Nameplate Cup Washer 8- Transfer Board (00) -8 Transfer Board (00) - Communication Module Kits (w/o End Plates) PART DESCRIPTION AB RIO AS-i Consult Factory Consult Factory CANopen Consult Factory Consult Factory DeviceLogix -08 Consult Factory DeviceNet - -8 Profibus. Mbps Profibus Mbps Manual Configuration Module (MCM) DET. REQ D PART NAME PART Switch Housing w/ conn Switch Housing w/o conn Cover w/ conn. 0- Cover w/o conn. 0-8 w/conn. - w/o conn Cover Strap - - Lockwasher - Nameplate (Conn Ver. Only) -08 Optional Bus Out Connector (A-B RIO only) Manual Configuration Module Kits (w/o End Plates) DESCRIPTION PART With Connector (A-B RIO only) -8 Without Connector -8

12 G- Electronics I/O Modules Assemblies I/O Module Kit with Input LED Indicator ( I/O per module) DET. REQ D PART NAME PART Lockwasher Housing HOUSING TYPE OUTPUT Master Kit No. Output - Sinking (NPN) -800 Input - Sinking (NPN) or Sourcing (PNP) -80 Slave Kit No. Output - Sinking (NPN) -80 Input - Sinking (NPN) or Sourcing (PNP) -80 Connector Type I/O mm (Micro) Pin Female Pin Female Sub-D Discrete Output and I/O Module DET. REQ D PART NAME PART Housing Hex Nameplate Lockwasher (w/din) Spring (w/din) Clamp (w/din) -0 Discrete output and I/O Module Kit DESCRIPTION PART DIN RAIL OPTION ONLY pt. Output Sinking (NPN) with DIN Rail - pt. Output Sinking (NPN) w/o DIN Rail - pt. Input Sourcing (PNP) and/or Output Sinking (NPN) with DIN Rail pt. Input Sourcing (PNP) and/or Output Sinking (NPN) w/o DIN Rail -8-8 Note: When ordering this module in an assembled manifold AK use the corresponding option code in the AK model number. Do not list the module part number under the Electronic Interface model number NX.

13 G- Electronics FlexiBlok Manifold with Fieldbus Electronics Dimensional Drawing Dimensions top dimensions = inches bottom dimensions (in parenthesis) = millimeters A B C D E F G H 0.0 (.).00 (.) 0. (8.).0 (0.).0 (8.).0 (8.).8 (0.). (.0)

14 G- Electronics G- Fieldbus Communications Electronics Why use Numatics Fieldbus communication electronics? Modular Reality No internal wiring simplifies assembly Up to discrete output points plus valve solenoids and input points per communication mode Enhanced diagnostics include discrete I/O status with short circuit protection Software or manual configuration simplifies commissioning Plug-together flexibility allows modularity and scalability Backplane technology allows fast maintenance Conformance tested ensures compatibility Shorted and open load diagnostics NPN and PNP discrete I/O modules NEMA /IP protected against water splash Low cost distribution options provide economic solutions for applications DIN rail mountable Supported Protocols: Allen Bradley Remote I/O AS-i CANopen ControlNet DeviceNet DeviceNet with DeviceLogix EtherNet/IP FIPIO Interbus-S Modbus/TCP Profibus DP. MBps & MBps DeviceNet with Quickconnect Communication Connector Discrete I/O Connectors Single or Double Point Pin Sub-D Connector Output Module w/ Auxiliary Power Connector Auxiliary Power Connector Valve Manifold Assembly Mid-Station Supply & Exhaust Block LED Status Indicator Discrete I/O Modules Manual Configuration Module Communication Module Valve Side Sub-D Output Module

15 G- Electronics Allen Bradley Remote I/O Allen-Bradley Remote I/O is a proprietary protocol based on a patented chipset. This chipset is obtained from Allen-Bradley and incorporated into the Numatics RIO module. Numatics G- Communications Node is capable of addressing up to full rack of I/O. Manual Configuration Module Communication Module Bus Connector Pin Mini (Standard) Bus Connector Pin mm Micro (Optional consult factory) Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC ± 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Single key pin mini type Communication Connector Single key pin (Mini or Micro type) male LED s Communications status, Fuse integrity and Aux. power status OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Module containing DIP and rotary switches for setting device configuration data. Maximum Valve Solenoid Outputs Maximum Discrete I/O Points Rack Size: NETWORK DATA Supported Baud Rates Bus Connector Special Features Various combinations of 0 outputs & 80 inputs Rack size set automatically to /, /, /, or full rack based on the I/O modules installed on the manifold assembly.. K Baud,. K Baud and 0. K Baud Single keyway pin mini or mm micro type Support for processor restart/lockout and hold last state This product incorporates technology which is licensed by Allen- Bradley Company, Inc. Allen-Bradley has not technically approved, nor does it warrant or support this product. All warranty and support for this product and its application is provided solely by Numatics, Incorporated.

16 AS-i G- Electronics AS-Interface (AS-i) is a simple bit level networking solution for actuators and sensors in manufacturing systems. It is an open technology supported by over 00 vendors worldwide, guaranteeing best-in-class solutions. AS-i nodes are capable of addressing up to input and output points in standard mode or inputs and outputs in extended mode. Numatics' AS-i offering allows modes to be placed in one manifold, thus allowing up to inputs andd valve solenoid coils on a single manifold. For more information on AS-i visit the AS-i trade organization at Technical Data ELECTRICAL DATA VOLTAGE CURRENT BUS Power.. VDC 0.0 amps. per node Valve Power VDC +/- 0% Aux Power Connector AS-i cable clamp IDC connector Communication Connector AS-i cable clamp IDC connector LED s External Power, Bus Power and Error OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Bus Connector Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids and inputs. AS-i nodes available with standard or enhanced addressing modes. (with AS-i nodes with standard addressing); (with extended addressing) inputs (with AS-i nodes with standard addressing); (with extended addressing) AS-i cable clamp IDC connector Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

17 CANopen CANopen is an open protocol based on Controller Area Network (CAN). It was designed for motion oriented machine control networks but has migrated to various industrial applications. CAN in Automation (CiA) is the international users and manufacturers organization that develops and supports CAN-based protocols. More information regarding this organization can be found at G- Electronics Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% 0.00 amps. Bus Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Single key pin MINI type (male) Communication Connector Single key pin micro (mm) type (male) LED s Module Status, Network Status, Fuse integrity and Auxiliary power status OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids Module containing DIP and rotary switches for setting device configuration data. Comes standard with communication module Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Supported Baud Rates Bus Connector Diagnostics Various Combinations of 0 outputs and 80 inputs K, 0K, 00K and M Single key pin micro (mm) type (male) Shorts and open load conditions from valve solenoid coils & outputs are monitored Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

18 G- Electronics ControlNet ControlNet is an open network that meets the demands of today s industrial applications requiring high speed ( MBIT/sec.), high throughput with predictable and repeatable transfers of mission critical data. Originally developed by Allen-Bradley, it is based on the Control and Information Protocol (CIP) technology. The governing body for the ControlNet technology is ControlNet International LTD. More information about ControlNet can be obtained from the following website: Communications Interface Module Power Module Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power V ± 0% 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Single key pin mini type (male) LED s Module owned, Module status, Channel A & B, Fuse integrity & Aux power status Communication Connector BNC Type OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements with proper connector hoods CONFIGURATION DATA Power Module Comm. Interface Module Contains power interface electronics as well as short circuit protected driver circuitry for up to valve solenoids. Contains communication interface electronics and network address (MAC ID) configuration hardware. Maximum Valve Solenoid Outputs Maximum Discrete I/O Points Various combinations of outputs & inputs NETWORK DATA Supported Baud Rates Connectors Diagnostics Special Features MBIT/sec BNC type for network; RJ- for Network Access Point (NAP) Shorts & open load conditions from valve solenoid coils & outputs are monitored Support for redundant media via BNC connectors Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at: 8

19 DeviceLogix G- Electronics DeviceLogix is a Rockwell Automation technology that allows a DeviceNet node to be programmed to execute a sequence independently from the control for the main PLC/IPC. A DeviceLogix enabled DeviceNet node can be used in conjunction with a standard DeviceNet network, providing simple distributed control functionality. Additionally, it can also be used in a standalone application, without a network connection or PLC/IPC, to sequence pneumatic valves and control I/O. Numatics has integrated this licensed technology into its DeviceNet compatible valve manifold series, which combine the functionality of a modular pneumatic valve system with integrated I/O. Programming of the DeviceLogix enabled node is done using the industry standard DeviceNet commissioning software tool RSNetworx for DeviceNet for Rockwell Automation. The programming software features an easily understandable graphics environment where the users can simply drag and drop logic function blocks (i.e. AND, NAND, OR, NOR, XOR, XNOR, RS LATCHES, COUNTERS and TIMERS) onto a page and interconnect them to develop the required sequence, or ladder logic programming can be used to develop a sequence. The programmed sequence is downloaded to the node via the standard DeviceNet communication connection, thus multiple nodes can be programmed simultaneously on the same network. Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% Bus Power - VDC 0.0 amps Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Communication Connector LED s OPERATING DATA Temperature Range Humidity Moisture CONFIGURATION DATA Comm. Interface Module Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Supported Baud Rates Connectors Diagnostics Single key pin mini type (male) Single key pin (Mini type) male Module status, Network status, Auxiliary power status, Fuse integrity and Logic enabled. -0 to + F (- to + C) % relative humidity, non-condensing Designed to meet NEMA / IP requirements Contains all communication and control electronics as well as short circuit protected driver circuitry for up to valve solenoids Various combinations of up to 80 outputs & inputs; logical limit of function block K Baud, 0 K Baud and 00 K Baud with auto-baud detection Single key pin mini or mm micro type (male) Shorts and open load conditions from valve solenoid coils and outputs are monitored Special Features Does not require a network connection for stand-alone applications Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

20 G- Electronics DeviceNet DeviceNet is an open protocol bus communication system developed by Allen- Bradley based on Controller Area Network (CAN) technology. The governing body for DeviceNet is the Open DeviceNet Vendors Association (ODVA). The ODVA controls the DeviceNet specification and oversees product conformance testing. Numatics G- DeviceNet nodes are capable of addressing up to output/ input. They have been tested and approved for conformance by the ODVA. More information about DeviceNet and the ODVA can be obtained from the following WEB site: Open DeviceNet Vendors Association (ODVA) Manual Configuration Module (optional) Bus Connector Pin mm Micro (Optional consult factory) Communication Module Bus Connector Pin Mini (Standard) Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power V ± 0% 0.00 amps. BUS Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Single key pin mini type (male) Communication Connector Single key pin (Mini or Micro type) male LED s Module status, Network status, Fuse integrity & Aux power status OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Optional module containing DIP and rotary switches for setting device configuration data. Note: Use option G08 in NX model number Maximum Valve Solenoid Outputs Maximum Discrete I/O Points Software configurable (standard): Various combinations of outputs & inputs With optional manual configuration module: Various combinations of 0 outputs & 80 inputs NETWORK DATA Supported Baud Rates Supported Connection Types Bus Connector Diagnostics Special Features K Baud, 0 K Baud, 00 K Baud with Auto-Baud detection Polled, Cyclic, Change of State (COS) and Combination Message Capability Single keyway pin mini or mm micro types (male) Shorts & open load conditions from valve solenoid coils & outputs are monitored Supports Auto-Device Replacement (ADR) Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at: 0

21 DeviceNet Quickconnect Numatics G- DeviceNet nodes are capable of addressing various combinations of up to outputs and inputs. They have been tested and approved for conformance by ODVA. The DeviceNet with QuickConnect feature allows a reconnected Numatics G- node on a DeviceNet network to quickly go into operation by shortening the time required to make the logical connection between the node and the scanner. This feature has benefits in many applications including those needing to make on the fly tool changes. DeviceNet is an open protocol bus communication system by Allen-Bradley based on Controller Area Network (CAN) technology. The governing body for DeviceNet is the Open DeviceNet Vendors Association (ODVA). The ODVA controls the DeviceNet specification and oversees product conformance testing. More information about DeviceNet and the ODVA can be obtained from Technical Data G- Electronics ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% 0.00 amps. Bus Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Communication Connector LED s OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity Moisture CONFIGURATION DATA Manual Configuration Module (optional) Single key pin MINI type (male) Single key pin MINI or mm micro type (male) Module Status, Network status, Fuse integrity and Auxiliary power status % relative humidity, non condensing Bus Connector Pin mm Micro (Optional consult factory) Designed to meet NEMA / IP requirements Communication Module Bus Connector Pin Mini (Standard) Communication Module Manual Configuration Module (MCM) Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids Optional module containing DIP and rotary switches for setting device configuration data. Note: Use option G08 in NX model number Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Supported Baud Rates Supported Connection Types Bus Connector Diagnostics Special Features Various Combinations of 0 outputs and 80 inputs K, 0K, 00K and Autobaud Polled, Cyclic, Change of State (COS) and Combination Message Capability Single key pin MINI or mm micro type (male) Shorts and open load conditions from valve solenoid coils & outputs are monitored Supports Auto-Device Replacement (ADR) Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

22 Ethernet Ethernet, used throughout the world to network millions of PC s has now evolved into a viable industrial network. Ethernet is an open architecture high-level communication network that meets the demands of today s industrial applications requiring high-speed (0/00 Mbit/s), high-throughput and flexibility. Various application layers for this protocol include TCP/IP, EtherNet/IP, and Modbus TCP/IP. Additionally, Ethernet technology can integrate an on-board Web Server, which can make the node readily accessible to any standard Web browser for configuration, testing and even retrieval of technical documentation. capability allows the manifold to send s that are triggered from specific events ranging from diagnostic information to automatic Preventative Maintenance scheduling. Numatics has integrated this technology into the G- series of fieldbus manifolds, which combines the functionality of a scalable modular I/O system with a modular pneumatic valve manifold. G- Electronics Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% Valve & Discrete I/O VDC +/- 0% Aux Power Connector Single key pin mini type (male) LED s Module status, Link, active, Net status, Auxiliary power status and Fuse integrity OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Power Module Contains all power interface electronics as well as short circuit protected driver circuitry for up to valve solenoids Comm. Interface Module Contains all communication interfaced electronics Maximum Valve Solenoid Outputs Maximum Discrete I/O Points Various combinations of up to outputs & inputs NETWORK DATA Supported Baud Rates 0 Mbit / 00 Mbit Connectors RJ & M with "D Coding" Diagnostics Shorts and open load conditions from valve solenoid coils and outputs are monitored Special Features Integrated web server and capabilities

23 FIPIO The FIPIO fieldbus is a standard protocol used to communicate between different control system components. It enables a maximum of devices to be connected at the connection point integrated in the processor. This fieldbus conforms to the WorldFip standard based on producer/consumer mechanisms. It is designed to support both deterministic datatransfer and also random messaging. G- Electronics Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Single key pin MINI type (male) Communication Connector Single key pin M type (male) LED s Run, Error, I/O Comm., Fuse integrity and Auxiliary power status OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids Manual Configuration Module (MCM) Contains communication interface electronics and network address configuration hardware. Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Supported Baud Rates Bus Connector Diagnostics Various Combinations of outputs and inputs Mbit/s. Single key pin M type (male) Shorts and open load conditions from valve solenoid coils & outputs are monitored

24 G- Electronics Interbus - S Interbus-S is an open architecture, high performing, ring based fieldbus system used in many of today s industrial network applications. I/O data is transmitted in frames that provide simultaneous and predictable updates to all devices on the network. More Information about Interbus-S can be obtained at the following Interbus-S Club web site: Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% Valve & Discrete I/O VDC +/- 0% Aux Power Connector Single key pin mini type (male) Communication Connector pin Sub-D, Bus IN and Bus OUT LED s TR, CC, RBDA, BA, Auxiliary power status and fuse integrity OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing CONFIGURATION DATA Power Module Contains all power interface electronics as well as short circuit protected driver circuitry for up to valve solenoids Comm. Interface Module Contains all communication interfaced electronics Maximum Valve Solenoid Outputs Maximum Discrete I/O Points Various combinations of up to 0 outputs & inputs NETWORK DATA Supported Baud Rates 00 Kbit/s & Mbit/s Connectors Two pin sub-d ( male and female) Diagnostics Shorts and open load conditions from valve solenoid coils and outputs are monitored

25 G- Electronics Profibus DP Profibus DP is a vendor-independent, open fieldbus protocol designed for communication between automation control systems and distributed I/O at the device level. Numatics G- Profibus DP nodes are capable of addressing up to outputs/ inputs. They are designed and tested to conform to the Profibus standard EN00. Certification is by the Profibus Interface Center (PIC) according to the guidelines determined by the Profibus Trade Organization (PTO). The certification process ensures interoperability for all Profibus devices. More information about Profibus DP can be obtained at the following web site: Profibus Trade Organization (PTO) Bus Connector, Pin mm Micro Reverse Keyway Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux. Power Connectors Single key pin Mini connector Communication Connector pin reverse key female (Micro) connector LED s Processor status, Network status, Fuse integrity & Aux power status OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids. Manual Configuration Module (MCM) Maximum Valve Solenoid Outputs Module containing DIP and rotary switches for setting device configuration data. To order without MCM, use option G0 in NX model number. Optional only when using a Class Profibus DP Master. (Note: see ordering options page ) Maximum Discrete I/O Points Manual configurable with MCM (standard): Various combinations of 0 outputs & Inputs Software configurable (optional): Various combination of outputs and inputs NETWORK DATA Bus Connector Diagnostics Special Features Single reverse key pin mm micro (female) Shorts & open load conditions from valve solenoid coils & discrete outputs are monitored Supports Class Profibus DP Master with auto-configuration, and fail-safe device settings (GSD) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

26 EXT PWR FUSE OUTPUTS EXT PWR FUSE OUTPUTS NET STATUS MOD STATUS Device Net FUSE +V VLV/OUT FUSE +V NODE/IN Discrete I/O Modules Technical Data ELECTRICAL DATA Inputs: Outputs: Voltage Type LED Indicator G- Electronics Discrete I/O modules are used to connect additional I/O devices to the valve manifold node. This provides for more efficient use of system resources when configuring an industrial network. VDC NPN, PNP or contact closure Input status Voltage VDC +/- 0% Current Type LED Indicator OPERATING DATA 0. amperes per output with short circuit protection (consult factory for higher current requirements) Sinking (NPN) & Sourcing (PNP) Output status Temperature Range -0 to + F (- to + C) Humidity Moisture Connectors CONFIGURATION DATA % relative humidity, non-condensing Designed to meet NEMA / IP requirements The physical limitation of the discrete I/O section is modules including the Manual Configuration Module. Single key pin female mm (micro) & pin Sub-D or Pin M circular connectors Connectors per Block I/O Points per Connector Total I/O points NARROW HOUSING WIDE HOUSING The maximum number of modules connected to the discrete I/O side is. A fully configured manifold assembly would require Wide Profile Modules with double capacity per connector (i.e. I/O points per module times modules equals I/O points). If a Manual Configuration Module is used (standard with A-B RIO & Profibus-DP), a maximum of five I/O modules may be installed and the maximum number of discrete I/O points is 80. Discrete I/O Side (Maximum of Modules) Valve Side (Maximum of Solenoids) Discrete I/O Connectors I/O Point LED Status Indicator(s) Module/ Network Status LED's Chassis Ground Connection Valve End Plates Valve Model Number: BAZMN000 Replacement Number: BA00M0000 Max. Oper. Press. Date: 0 PSIG 0/0 Model Number: BAZMN000 Replacement Number: BA00M0000 Max. Oper. Press. Date: 0 PSIG 0/0 Dual Pin Sub-D w/aux Power Output Module Analog Module Pin Round Connector Module 8 Connector I/O Module Terminal Strip Module Valve Side Sub-D Output Module Communications Module Manual Configuration Module (MCM) Manual Override Solenoid LED Status Indicator

27 G- Electronics How to Order ) Assembly Kit Selection Each valve station must specify valve type and configuration. A K C E D L STD Electrical / Electronic Type & Location C = Communication Module 00, 0 & 0 Series or ISO 0- E = Communication Module ISO, & Series and 00 Series V = Communication Module Mark 8,, & 00 Series Valve Series B = 0 Series E = 00 or ISO 0-8 mm = 00 Series G = 0 or ISO 0- mm H = Mark 8 J = Mark M = Mark Compact P = Mark Fullsize Q = ISO / Size R = ISO / Size S = ISO / Size = 00 Series Number of Valve Stations* A = I = Q = B = J = 0 R = 8 C = K = S = D = L = T = 0 E = M = U = F = N = V = G = O = W = H = 8 P = X = Y = Z = = = 8 = = 0 = = *Maximum number of valve stations is determined by the combination of single and double Z-Boards types installed in the manifold sub-bases. All G- communication modules support output drivers for valve solenoid coils. Options STD = Standard DRM = DIN Rail Mounting MUF = Muffler in End Plates DWM= DIN Rail with MUF A0 = End plate with ports on left end only, mounting plate only on right end D0 = A0 w/din Rail Mounting D = A0 w/muffler in End Plates F0 = A0 w/din Rail with MUF X = External Pilot A0 = All Stations Wired as Doubles (AKV only) Port Type L = Push In (00 or 0 only) N = NPTF G = Metric End Plate Port Size ** = 0 and 00 ** = 0, 00, Mark 8, ISO / Size = Mark or ISO / Size & 0 = Mark Compact = ISO / Size = Mark Fullsize H** = 0 K** = 00 or 0 ** See chart below 00 0 = /8 = Port Type G, N, or L K = 0mm tube Port = /8 Port / = / = Port Type L Only Port = / Port / = /8 H = Port Type L Only Port = 8mm Port / = mm K = Port Type L Only Port = 0mm Port / = mm

28 G- Electronics How to Order continued ) Fieldbus Electronics Valve model number with plug-in manifold base (see model selection tables for the valve type). N X G DN 08 D F E0 Fieldbus Protocols AB = Allen Bradley RIO w/ MCM Standard CN = ControlNet CO = CANopen DL = DeviceLogix DN = DeviceNet DQ = DeviceNet w/ QuickConnect EM = Modbus/TCP EP = EtherNet/IP FP = FIPIO IS = Interbus-S PT = Profibus DP w/ MCM Standard Note: For AS-i, see chart below. Number of Discrete Inputs (See chart below if in excess of ) Number of Discrete Outputs (See chart below if in excess of ) AS-i Table STANDARD ADDRESSING OUTPUTS INPUTS A Outputs 0 or A 8 Outputs 0,, or 8 A Outputs 0,, 8 or A Outputs 0,, 8, or EXTENDED ADDRESSING OUTPUTS INPUTS B Outputs 0 or B Outputs 0,, or 8 B Outputs 0,, 8 or B Outputs 0,, 8, or Note: AS-i can have a maximum of discrete inputs and 0 discrete outputs. Options E0 = Separate power standard (valve and I/O) G08 = With Manual Configuration Module (if not standard) & E0 G0 = mm (Micro) Connector for Communications if Not Standard G = Required for Mark 8,, & 00 Ser G8 = Valve side Sub-D NPN ouput module G0 = Without Manual Configuration Module G = Dual Pin Sub-D output module J0 = G plus Manual Configuration Module J8 valve side = Dual Pin Sub-D output module valve side G = Cenelec Power Connection J = Cenelec Power Connection and MCM Voltage F = VDC I/O Type D = Digital A = Analog B = Analog and Digital.) Discrete I/O Table for I/O In Excess of I/O CODE NUMBER OF I/0 A0 00 A A A A A A A A8 A I/O CODE B0 B B B B B B B B8 B NUMBER OF I/0 0 8 I/O CODE C0 C C C C C C C C8 C NUMBER OF I/0 0 8 I/O CODE D0 D D NUMBER OF I/0 0 ) Discrete I/O Station Selection (see pages -). 8

29 When Ordering: G- Electronics AKC Manifold Assembly Kit with G- Fieldbus Electronics 00, 0 & 0 Series and ISO 0- Series I/O STATIONS FIELDBUS COMMUNICATION MODULE NXG VALVE STATIONS Shaded components described by Assembly Kit (AK) model number designation (see #, pg. ), with the exception of the communication module and number of I/O stations that are described by Electronic Interface (NXG) model number designation. (see #, pg. 8) Each valve manifold station is listed in sequential order form left to right when facing the port side of the manifold as indicated. Each discrete I/O station is listed in sequential order from RIGHT to LEFT starting from the communication module as indicated. NOTE:. Total of solenoid outputs available. Either single solenoid valves or double solenoid valves or any combination of singles or doubles, not to exceed solenoid outputs.. When ordering a manifold assembly that exceeds solenoids, the model number of the valve station containing the th solenoid MUST use a selection for the th and 8 th digits from the model selection table for the valve type.. For manifold assemblies that exceed solenoids, the assembly MUST be configured so an even number of solenoids are utilized prior to the station using the ribbon cable feature. The th & th solenoid cannot be on the same valve. Example Order: (00) AKCEP0000NSTD valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 8 0BBZMN000 valve station 0BBRMN000 valve station 0 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 valve station 0BBZMN000 NXGDN8DFE0 I/O station - I/O station - I/O station - I/O station - I/O station -80 I/O station -0 ASSEMBLED

30 When Ordering: G- Electronics AKE ISO / and 00 Series Manifold Assembly Kit with G- Fieldbus Electronics (ISO / Shown) I/O STATIONS FIELDBUS COMMUNICATION MODULE VALVE STATIONS NXG Shaded components described by assembly Kit (AK) model number designation (see #, pg. ), with the exception of the communication module and number of I/O stations that are described by Electronic Interface (NXG) model number designation. (see #, pg. 8) Each valve manifold station is listed in sequential order form left to right when facing the port side of the manifold as indicated. Each discrete I/O station is listed in sequential order from RIGHT to LEFT starting from the communication module as indicated. NOTE:. Total of solenoid outputs available. Either single solenoid valves or double solenoid valves or any combination of singles or doubles, not to exceed solenoid outputs.. When ordering a manifold assembly that exceeds solenoids, the model number of the valve station containing the th solenoid MUST use a selection for the th and 8 th digits from model selection table for the valve type.. For manifold assemblies that exceed solenoids, the assembly MUST be configured so an even number of solenoids are utilized prior to the station using the ribbon cable feature. The th & th solenoid cannot be on the same valve. Example Order: (ISO /) AKEQP0000NSTD valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station 8 IBBZMN000 valve station IBBRMN000 valve station 0 IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 valve station IBBZMN000 NXGDN8DFE0 I/O station - I/O station - I/O station - I/O station -8 I/O station -80 I/O station -0 ASSEMBLED 0

31 When Ordering: G- Electronics AKV Manifold Assembly Kit with G- Fieldbus Electronics Mark 8,, & 00 Series C B C B C B B A B A B A P I/O STATIONS FIELDBUS VALVE COMMUNICATION STATIONS MODULE NXG Mark Shown Shaded components described by Assembly Kit (AK) model number designation (see #, pg. ), with the exception of the communication module and number of I/O stations that are described by Electronic Interface (NXG) model number designation. (see #, pg. 8) Each valve manifold station is listed in sequential order form left to right when facing the port side of the manifold as indicated. Each discrete I/O station is listed in sequential order from RIGHT to LEFT starting from the communication module as indicated. NOTE:. Total of solenoid outputs available. Either single solenoid valves or double solenoid valves or any combination of singles or doubles, not to exceed solenoid outputs.. All valves must have a terminal block in the mounting (M Option).. Valves will be wired based on the number of solenoids on the valve ( output for a single solenoid valve and for double(. If all stations are to be wired for double solenoid valves, option code A0 must be used in the AK number.. All blank stations will be wired for double solenoid valves.. The NX number must use the G option code for combination of. Example Order: (Mark ) AKVJF000NAØ valve station SSM0M valve station SAM0M valve station SA00M0000 valve station RSJ0M00 valve station SSM0M valve station SAM0M valve station SSM0M NXGDNDFG I/O station - I/O station - I/O station -8 ASSEMBLED

32 G- Electronics Fieldbus Communication Module and Manual Configuration Module Assemblies Communication Module Kit COMMUNICATION MODULE KIT PART AKC, AKE AKV DeviceNet with Mini Comm. Connector (Standard) - - DeviceNet with mm Comm. Connector -8-8 Allen-Bradley RIO with Mini Comm. Connector (Standard) - - Allen-Bradley RIO with mm Comm. Connector Profibus-DP (. MBps) with mm Comm. Connector -8 - Profibus-DP ( MBps) with Reverse Key mm Comm. Connection - -0 Interbus-S - -8 ControlNet -8-8 DeviceLogix Consult -08 Factory Ethernet Consult -0 Factory FIPIO Consult -0 Factory DeviceNet QuickConnect Consult -8 Factory DeviceNet QuickConnect with Cenelec connector DeviceNet with Cenelec connector - -8 Consult Factory Consult Factory DET. 8* REQ D PART NAME Backplane Board Ass y (AKC, AKE) (AKV) Housing (not sold separately) Cover Lens Cover Comm. Board Ass y - DeviceNet w/ Cenelec Comm. Board Ass y - DeviceNet QuickConnect Comm. Board Ass y - DeviceNet QuickConnect w/ Cenelec Comm. Board Ass y - DeviceNet Comm. Board Ass y - AB-RIO Comm. Board Ass y - Profibus-DP. & MBps Comm. Board Ass y - DeviceLogix Comm. Board Ass'y - ControlNet Comm. Board Ass'y - EtherNet Pin Mini Conn. - DeviceNet & AB -RIO Pin Conn. - Profibus DP.MBps Pin mm male - DeviceNet & AB RIO Pin mm reverse key - Profibus DP MBPS PART * * Pin Conn. Ground Driver Board Ass y Converter Board Ass y Ground Washer Valve & Output Fuse (0A) 0- Node Input Fuse (A) 0- *Not used with AKV kits. AS-I standard addressing mode assemblies VALVE COIL OUTPUTS DISCRETE INPUTS PART NUMBER AS-I extended addressing module assemblies VALVE COIL OUTPUTS DISCRETE INPUTS PART NUMBER

33 G- Electronics Manual Configuration Module (MCM) Kit -8 (For All Protocols) DET. REQ D PART NAME Housing (not sold separately) PART -8 Cover 0-8 Switch Board Assembly -8 Switch Backplane - Support Pin Lockwasher 8-88 The MCM is an optional module that is used to manually configure communication parameters as well as allowing user access to self-test diagnostic functionality. 0 mm I/O Block Assemblies Digital Input/Output with SCP and Logical Diagnostics Module Kit - DET. REQ D PART NAME PART Housing (not sold separately) -8 I/O Cover Assembly 8 I/O Points 0-8 I/O Cover Assembly I/O Points 0-8 I/O Board Ass y See Chart Below I/O Backplane - Support Pin Lockwasher I/O Connector Dust Cover 0- These short circuit protected (SCP) I/O modules offer enhanced diagnostics. Sensor and/or cable short circuit conditions are detected and source power to sensor device is disabled while a visual and/or logical diagnostic bit is created back to the PLC/IPC. DESCRIPTION PART Input PNP w/ visual and logical diagnostics - Replacement I/O Board for above 0-8 Input/ 8 Output PNP w/ visual and logical diagnostics - Replacement I/O Board for above 0-

34 G- Electronics mm I/O Block Assemblies Digital Input/Output Module Kit /8 DET. PART NAME PART REQ D Housing (not sold separately) -8 I/O Cover Assembly I/O Points 0- I/O Cover Assembly 8 I/O Points 0-8 I/O Board Ass y See Chart Below I/O Backplane - Support Pin Lockwasher I/O Connector Dust Cover 0- INPUTS OUTPUTS 8 INPUTS 8 OUTPUTS Sinking (NPN) -0 N/A -08 N/A Replacement I/O Board for above 0-00 N/A 0-0 N/A Sourcing (PNP) Replacement I/O Board for above Digital Input/Output with SCP Module Kit 8/ DET. REQ D PART NAME PART Housing (not sold separately) -8 I/O Cover Assembly 8 I/O Points 0-8 I/O Cover Assembly I/O Points 0-8 I/O Board Ass y See Chart Below I/O Backplane - Support Pin Lockwasher I/O Connector Dust Cover 0- These short circuit protected (SCP) I/O modules offer enhanced diagnostics. Sensor and/or cable short circuit conditions are detected and source power to sensor device is disabled while a visual diagnostic created. Sinking (NPN) Replacement I/O Board for above Sourcing (PNP) Replacement I/O Board for above 8 INPUTS 8 OUTPUTS INPUTS OUTPUTS 0-0 N/A 0- N/A 0- N/A N/A - 0-

35 G- Electronics I/O Block Assemblies Digital Terminal Strip Input/Output Module DET. PART NAME REQ D PART -8 Cover 0- - I/O Terminal Strip Board Lockwasher Housing Support Pin I/O Backplane Board Sinking (NPN) INPUTS -0 OUTPUTS N/A Replacement I/O Board for above -8 N/A Sourcing (PNP) - -8 Replacement I/O Board for above Analog mm Input/Output Module Kit 8 DET. REQ D PART NAME PART Housing Lockwasher I/O Board Assembly -8 I/O Cover - 0- I/O Connector Dust Cover Support Pin I/O Backplane Board Assembly IN / OUT IN / OUT 0-0V Replacement I/O Board for above 0-V Replacement I/O Board for above -0 ma Replacement I/O Board for above

36 G- Electronics Pin Sub-D Connector Digital Input Module ( inputs) DET. PART NAME REQ D PART -8 Hex -8 Cover Input Module Board Ass y (Sinking NPN) - Input Module Board Ass y (Sourcing PNP) - Lockwasher Housing (not sold separately) 0 I/O Backplane Board Ass y - - Support Pin 0-88 Nameplate -0 PIN SUB-D INPUT KITS PART Point Sinking (NPN) Point Sourcing (PNP) -8-8 Dual Pin Sub-D Connector Digital Input Module ( inputs) DET. PART NAME REQ D PART -8 Hex -8 Cover Input Module Board Ass y (Sinking NPN) - Input Module Board Ass y (Sourcing PNP) -8 Lockwasher Housing (not sold separately) 0 I/O Backplane Board Ass y - - Support Pin 0-88 Nameplate -0 DUAL PIN SUB-D INPUT KITS Point Sinking (NPN) Point Sourcing (PNP) PART

37 G- Electronics Pin M Circular Connector Digital I/O Module - (8 Inputs and 8 Outputs) DET. 8 0 PART NAME REQ D Cover 8 Pin 8 I/O Board Assembly Lockwasher Housing Support Pin I/O Backplane Board Assembly PART Pin M Circular Connector Digital Input Module -8 ( Inputs) DET. 8 0 PART NAME REQ D Cover Pin Input Board Assembly Lockwasher Housing Support Pin I/O Backplane Board Assembly PART

38 G- Electronics Pin Sub-D Connector Digital Output Module -0 w/aux. Power Connector ( Outputs) Dual Pin Sub-D Connector Digital Output Module - with Aux. Power Connector DET. PART NAME PART ( Outputs) REQ D DET PART NAME REQ D PART Cover Output Board Ass y Washer Housing Jack Washer I/O Backplane Board Ass y Support Pin Lockwasher Nameplate Nameplate Replacement Fuse (A) 0- Cover Lens Housing Ground Cup Washer Jack Dual Sub-D Output Board Backplane Board Assembly Cover Support Pin Lens Cover Lens Replacement Fuse (A) 0-8

39 G- Electronics Valve Side Output Modules Dual Pin Sub-D Output Module -8 Used without valves only Located between communication module and right mounting cover Provides output capability outputs per connector. DET. 8 0 PART NAME REQ D PART Cover, Dual Sub-D Ground - Cup Washer 8- Housing -80 Jack -8 Backplane, Dual Sub-D - Connector Board -, Pin Sub-D -0, Cover -, Housing - Assembly - Single Pin Sub-D Output Module - Used to connect auxiliary valve manifold when main manifold utilizes solenoids output or less. Picks up solenoid outputs -. DET. 8 PART NAME REQ D PART Housing -80 Cover P.C. Board Assembly - - Jack

40 G- Electronics Valve Side Output Modules Pin M Circular Output Module - Used to connect auxiliary valve manifold when main manifold utilizes solenoids output or less. Picks up solenoid outputs -. DET. 8 0 PART NAME REQ D PART -8A Cover 0-B -B Pin Output Board Assembly -B Lockwasher 8-88A -A Housing -80B Support Pin 0-88A Backplane Board Assembly -B -B Backplane Board Assembly -B 8 0 Dual Pin Sub-D Output Module -0 Use with cable on page to connect with standard Pin Sub-D Manifold with 8 coils or less. 8 outputs per connector. DET. 8 PART NAME REQ D PART - Housing -80 Cover 0- Jack -8-8 Dual Pin Sub-D Board Assembly

41 G- Electronics Left Mounting Cover Assembly LEFT HAND MOUNTING COVER ASSEMBLY PART Without DIN -8 With DIN -8 DET. REQ D PART NAME Mounting Cover Spring (DIN Rail Only) Clamp (DIN Rail Only) Lockwasher (DIN Rail Only) PART Right Mounting Cover Assembly RIGHT HAND MOUNTING COVER ASSEMBLY PART Without DIN -8 With DIN -8 DET. PART NAME REQ D Mounting Cover Spring (DIN Rail Only) Clamp (DIN Rail Only) (DIN Rail Only) Adaptor Plate PART Adapter Kit Series to G- Electronics DET. PART NAME REQ D PART Adapter Plate - - PC Board Assembly -8 PC Board Assembly -8 w/ Lockwasher -

42 G- Electronics Dimensional Drawing G- Fieldbus Communication Assembly A NET STATUS MOD STATUS DeviceNet FUSE +V VLV/OUT FUSE +V NODE/IN 0 B C EX P FU OU EX P FU OU CLEARANCE HOLE FOR / OR mm SCREW M E L F G H J K Dimensions top dimensions = inches bottom dimensions (in parenthesis) = millimeters A B C E F G H J K L M 0. (.). (8.).8 (.).0 (.0).00 (.).00 (.). (.).8 (.) 0. (.). (.). (00.)

43 Individual Base Node Individual Base Node (IBN) Why use Numatics Fieldbus communication electronics? Modular Reality Up to discrete output points and valve solenoids and input points per valve assembly Enhanced diagnostics include discrete I/O status with short circuit protection Software or manual configuration simplifies commissioning Plug-together flexibility Conformance tested ensures compatibility Shorted and open load diagnostics NEMA /IP protected against water splash Supported Protocols: DeviceLogix DeviceNet

44 Individual Base Node DeviceLogix DeviceLogix is a Rockwell Automation technology that allows a DeviceNet node to be programmed to execute a sequence independently from the control for the main PLC/IPC. A DeviceLogix enabled DeviceNet node can be used in conjunction with a standard DeviceNet network, providing simple distributed control functionality. Additionally, it can also be used in a standalone application, without a network connection or PLC/IPC, to sequence pneumatic valves and control I/O. Numatics has integrated this licensed technology into its DeviceNet compatible valve manifold series, which combine the functionality of a modular pneumatic valve system with integrated I/O. Programming of the DeviceLogix enabled node is done using the industry standard DeviceNet commissioning software tool RSNetworx for DeviceNet for Rockwell Automation. The programming software features an easily understandable graphics environment where the users can simply drag and drop logic function blocks (i.e. AND, NAND, OR, NOR, XOR, XNOR, RS LATCHES, COUNTERS and TIMERS) onto a page and interconnect them to develop the required sequence, or ladder logic programming can be used to develop a sequence. The programmed sequence is downloaded to the node via the standard DeviceNet communication connection, thus multiple nodes can be programmed simultaneously on the same network. Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% 0.00 amps. Bus Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Communication Connector LED s Single key pin mm micro type (male) Single key pin mm micro type (male) OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity Module Status, Network status, Auxiliary power status, Logic enabled and I/O status % relative humidity, non condensing Moisture Designed to meet NEMA / IP requirements CONFIGURATION DATA Communication Module Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Supported Baud Rates Supported Connection Types Bus Connector Diagnostics Special Features Various Combinations of outputs and inputs K, 0K, 00K and Autobaud Polled, Cyclic, Change of State (COS) and Combination Message Capability Single key pin mm micro type (male) Shorts and open load conditions from valve solenoid coils & outputs are monitored Supports Auto-Device Replacement (ADR) Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

45 DeviceNet DeviceNet is an open protocol bus communication system by Allen-Bradley based on Controller Area Network (CAN) technology. The governing body for DeviceNet is the Open DeviceNet Vendors Association (ODVA). The ODVA controls the DeviceNet specification and oversees product conformance testing. Individual Base Node More information about DeviceNet and the ODVA can be obtained from Technical Data ELECTRICAL DATA VOLTAGE CURRENT Node Power VDC +/- 0% 0.00 amps. Bus Power - VDC 0.0 amps. Valve & Discrete I/O VDC +/- 0% 8 amps. maximum Aux Power Connector Communication Connector LED s OPERATING DATA Single key pin mm micro type (male) Single key pin mm micro type (male) Temperature Range -0 to + F (- to + C) Humidity Moisture CONFIGURATION DATA Module Status, network status, auxiliary power status and I/O status % relative humidity, non condensing Designed to meet NEMA / IP requirements Communication Module Contains all communication electronics as well as short circuit protected driver circuitry for up to valve solenoids Maximum Valve Solenoid Outputs Maximum Discrete I/O Points NETWORK DATA Supported Baud Rates Supported Connection Types Bus Connector Diagnostics Special Features Various Combinations of outputs and inputs K, 0K, 00K and Autobaud Polled, Cyclic, Change of State (COS) and Combination Message Capability Single key pin mm micro type (male) Shorts and open load conditions from valve solenoid coils & outputs are monitored Supports Auto-Device Replacement (ADR) Electronic Data Sheet (EDS) file and technical manuals are available in the download section of the Numatics, Inc. web site at:

46 Individual Base Node How to Order Valves BB E M N 000 Valve Series & Port Size = / = /8 Valve Type BA = Single Solenoid Pilot, (Spring Return) w/flush Non-Locking Override BB = Double Solenoid Pilot w/flush Non-Locking Override Function = Position, -way = Position, -way Open Center = Position, -way Closed Center Voltage = VDC Special Options B = Flush Locking Override M = No Override Port Type N = NPTF G = G Tap Wiring Option M = Plug-in DC w/light Mounting E = Side Ports, Individual Exhaust, DeviceNet, In ( Micro Conn.) / Out (Valve), Comm. Conn. E = Side Ports, Individual Exhaust, DeviceNet, In ( Micro Conn.) / Out (Valve), Comm. & Aux; Power Conn. E = Side Ports, Individual Exhaust, DeviceNet, In ( Micro Conn.) / Out (Valve & Micro Conn.), Comm. E = Side Ports, Individual Exhaust, DeviceNet, In ( Micro Conn.) / Out (Valve & Micro Conn.), Comm. Aux Power Conn. E = E with Sandwich Speed Control E = E with Sandwich Speed Control E8 = E with Sandwich Speed Control E = E with Sandwich Speed Control F = Side Ports, Individual Exhaust, DeviceLogix, In ( Micro Conn.) / Out (Valve), Comm. Conn. F = Side Ports, Individual Exhaust, DeviceLogix, In ( Micro Conn.) / Out (Valve), Comm. & Aux; Power Conn. F = Side Ports, Individual Exhaust, DeviceLogix, In ( Micro Conn.) / Out (Valve & Micro Conn.), Comm. F = Side Ports, Individual Exhaust, DeviceLogix, In ( Micro Conn.) / Out (Valve & Micro Conn.), Comm. Aux Power Conn. F = F with Sandwich Speed Control F = F with Sandwich Speed Control F8 = F with Sandwich Speed Control F = F with Sandwich Speed Control

47 AUX. POWER MALE INPUTS AUXILIARY POWER PIN =VDC UNSWITCHED PIN =VDC SWITCHED PIN =0VDC COMMON PIN =PE Individual Base Node Valve on Individual Base Node A B K XE X STATUS MOD STATUS +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Net TM OUTPUT # (SOURCING) OUTPUT # (SOURCING) INPUT # (SOURCING) INPUT # (SOURCING) L C D E F G H J NUMATICS + VLV/ OUT INPUTS T V U M N P Q W X R S Dimensions top dimensions = inches bottom dimensions (in parenthesis) = millimeters A B C D E F G H J K L M N P Q R. (8.).0 (.) 0. (.) 0.0 (.0). (80.). (.). (.0). (8.0) 8. (.) 0.8 (0.) 0. (.).0 (.). (0.0). (8.). (.0) 0.0 (.) S T U V W X 0. (.). (8.). (.).0 (.). (.0). (.)

48 Individual Base Node Solenoid Outputs/ Inputs Solenoid Outputs/ Inputs and Auxiliary Power Connector XE X NET STATUS MOD STATUS +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Net TM XE X NET STATUS MOD STATUS +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Net TM Base Assemblies Port Size DeviceLogix (F) DeviceNet (E) / NPTF /8 NPTF 0-0- / G /8G 0-0- Base Assemblies Port Size DeviceLogix (F) DeviceNet (E) / NPTF /8 NPTF 0-0- / G 0-0- /8G 0-0- Solenoid Outputs/ Inputs and Outputs Solenoid Outputs/ Inputs/ Outputs and Auxiliary Power Connector XE X NET STATUS MOD STATUS +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Net TM OUTPUT # (PNP) OUTPUT # (PNP) INPUT # (PNP) INPUT # (PNP) XE X NET STATUS MOD STATUS +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Net TM OUTPUT # (PNP) OUTPUT # (PNP) INPUT # (PNP) INPUT # (PNP) Base Assemblies Port Size DeviceLogix (F) DeviceNet (E) / NPTF /8 NPTF 0-0- / G /8G 0-0- Base Assemblies Port Size DeviceLogix (F) DeviceNet (E) / NPTF /8 NPTF 0-0- / G /8G

49 Individual Base Node Auxiliary Power Replacement Kit - Auxiliary I/O Replacement Kit -0 OUTPUT # (PNP) OUTPUT # (PNP) INPUT # (PNP) INPUT # (PNP) DeviceLogix Node Replacement Kit -8 NET STATUS MOD STATUS RUN / FORCE I/O +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Logix TM + VLV/ OUT INPUTS DeviceNet Node Replacement Kit - NET STATUS MOD STATUS +V NODE /IN INPUT # (PNP) INPUT # (PNP) Device Net TM

50 Direct to PLC G- Fieldbus Communications Electronics Direct to PLC manifolds with integrated I/O modules No internal wiring simplifies assembly Up to discrete I/O points and valve solenoids per manifold Plug-together flexibility Backplane technology allows fast maintenance NEMA /IP protected against water splash DIN rail mountable Single multi-conductor cable connection for entire manifold controls valves and I/O 0

51 Direct to PLC I/O Modules Technical Data ELECTRICAL DATA Inputs: Voltage VDC Type PNP or contact closure LED Indicator Input status Outputs: Voltage VDC +/- 0% Current 0. amperes per output Type Sourcing (PNP) LED Indicator Output status OPERATING DATA Temperature Range -0 to + F (- to + C) Humidity % relative humidity, non-condensing Moisture Designed to meet NEMA / IP requirements Connectors Single key pin female mm micro, 8 mm PICO and pin Sub-D connectors CONFIGURATION DATA Connectors per Block I/O Points per Connector Total I/O points mm 8 mm Pin Sub-d 8 Note: A direct to PLC I/O manifold assembly must utilize the singular I/O module when there is only () I/O module in the assembly. For all assemblies utilizing two or more modules a left and a right hand module must be used. The middle I/O module, if needed, must be used in conjuction with the left and right hand I/O module.

52 Direct to PLC How to Order ) Assembly Kit Selection A K D E D L STD Electrical / Electronic Type & Location W = Pin Sub-D Y = Pin Sub-D D = Pin Round Connector Valve Series B = 0 Series E = 00 or ISO 0-8 mm G = 0 or ISO 0- mm Q = ISO / Size R = ISO / Size S = ISO / Size Number of Valve Stations* A = I = B = J = 0 C = K = D = L = E = M = F = N = G = O = H = 8 P = *Maximum number of valve stations is determined by the combination of single and double Z-Boards types installed in the manifold sub-bases. Options STD = Standard DRM = DIN Rail Mounting MUF = Muffler in End Plates DWM= DIN Rail with MUF X = External Pilot Port Type L = Push In (00 or 0 only) N = NPTF G = Metric End Plate Port Size ** = 0 ** = 0, 00, & ISO / Size = ISO / Size & 0 = ISO / Size H** = 0 K** = 00 or 0 ** See chart below 00 0 = /8 = Port Type G, N, or L K = 0mm tube Port = /8 Port / = / = Port Type L Only Port = / Port / = /8 H = Port Type L Only Port = 8mm Port / = mm K = Port Type L Only Port = 0mm Port / = mm

53 When Ordering: Direct to PLC AKW Manifold Assembly Kit with Direct to PLC I/O Modules 00, 0 & 0 Series and ISO Series NUMATICS NUMATICS NUMATICS X XE XE X / / PIN SUB-D MODULE } I/O STATIONS } } } } } }... VALVE STATIONS Each Direct to PLC I/O module station is listed in sequential order from left to right between the AK number and the st valve station. Each valve manifold station is listed in sequential order from left to right when facing the port side of the manifold as indicated Total of solenoid outputs are available. Either single solenoid valves or 8 double solenoid valves or any combination of singles and doubles, not to exceed solenoid outputs When selecting Direct to PLC I/O modules a singular module must be used when there is only one module in the assembly. A left hand and right hand module must be used when there are two modules in the assembly. When utilizing the pin sub-d electrical connection a maximum of discrete I/O points are available. Each mm I/O block utilizes 8 discrete I/O and each 8mm I/O block utilizes discrete I/O Example order: I/O station I/O station Valve station Valve station Valve station Valve station Valve station Valve station Valve station Valve station 8 AKWGH0000LSTD -0 (Left Hand) -0 (Right Hand) BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 ASSEMBLED MANIFOLD ELECTRICAL CONNECTION pin sub-d (AKW) OF DISCRETE I/O CONNECTOR TYPE OF MODULES MODULES REQUIRED SINGULAR LEFT HAND MIDDLE RIGHT HAND 8mm module -0 N/A N/A N/A mm module -0 N/A N/A N/A Sub-D module -0 N/A N/A N/A 8mm modules N/A -0 N/A -0

54 When Ordering: Direct to PLC AKY Manifold Assembly Kit with Direct to PLC I/O Modules 00, 0 & 0 Series and ISO Series NUMATICS NUMATICS NUMATICS X XE XE X / / PIN SUB-D MODULE } } } I/O STATIONS } } } } } }... VALVE STATIONS Each Direct to PLC I/O module station is listed in sequential order from left to right between the AK number and the st valve station. Each valve manifold station is listed in sequential order from left to right when facing the port side of the manifold as indicated Total of solenoid outputs are available. Either single solenoid valves or 8 double solenoid valves or any combination of singles and doubles, not to exceed solenoid outputs When selecting Direct to PLC I/O modules a singular module must be used when there is only one module in the assembly. A left hand and right hand module must be used when there are two modules in the assembly. When utilizing the pin sub-d electrical connection a maximum of discrete I/O points are available. Each mm I/O block utilizes 8 discrete I/O and each 8mm I/O block utilizes discrete I/O. Example order: I/O station I/O station I/O station I/O station Valve station Valve station Valve station Valve station Valve station Valve station Valve station Valve station 8 AKYGH0000LSTD -0 (Left Hand) -0 (Middle) -0 (Middle) -0 (Right Hand) BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 ASSEMBLED MANIFOLD ELECTRICAL CONNECTION pin sub-d (AKY) OF DISCRETE I/O CONNECTOR TYPE OF MODULES MODULES REQUIRED SINGULAR LEFT HAND MIDDLE RIGHT HAND 8mm module -0 N/A N/A N/A 8 mm module -0 N/A N/A N/A Sub-D module -0 N/A N/A N/A 8 8mm modules N/A -0 N/A -0 mm modules N/A -08 N/A -0 8mm modules N/A mm modules N/A -0 () -0-0

55 When Ordering: Direct to PLC AKD Manifold Assembly Kit with Direct to PLC I/O Modules 00, 0 & 0 Series and ISO Series NUMATICS NUMATICS NUMATICS X XE XE X / / PIN ROUND CONNECTOR MODULE } I/O STATIONS } } } } } }... VALVE STATIONS Each Direct to PLC I/O module station is listed in sequential order from left to right between the AK number and the st valve station. Each valve manifold station is listed in sequential order from left to right when facing the port side of the manifold as indicated Total of solenoid outputs are available. Either single solenoid valves or 8 double solenoid valves or any combination of singles and doubles, not to exceed solenoid outputs When selecting Direct to PLC I/O modules a singular module must be used when there is only one module in the assembly. A left hand and right hand module must be used when there are two modules in the assembly. When utilizing the pin round electrical connection a maximum of discrete I/O points are available. Each mm I/O block utilizes 8 discrete I/O and each 8mm I/O block utilizes discrete I/O. Example order: I/O station I/O station Valve station Valve station Valve station Valve station Valve station Valve station Valve station Valve station 8 AKDGH0000LSTD -0 (Left Hand) -0 (Right Hand) BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 BAZML000 ASSEMBLED MANIFOLD ELECTRICAL CONNECTION pin round (AKD) OF DISCRETE I/O CONNECTOR TYPE OF MODULES MODULES REQUIRED SINGULAR LEFT HAND MIDDLE RIGHT HAND 8mm module -0 N/A N/A N/A mm module -0 N/A N/A N/A Sub-D module -0 N/A N/A N/A 8mm modules N/A -0 N/A -0

56 mm I/O Module Assemblies Direct to PLC DET. PART NAME PART REQ D -8 Lens Cover M8 I/O Board Housing Label Transition Backplane Board Converter Board Transition Board - Ground Module Lockwasher Label SINGULAR -0 LEFT HAND RIGHT HAND -0 Replacement Board mm I/O Module Assemblies DET. PART NAME PART REQ D -8 Lens - Cover 0- - M8 I/O Board -0 0 Housing - 8 Label Transition Backplane Board Converter Board Transition Board - Ground -8 0 Lockwasher Label SINGULAR LEFT HAND RIGHT HAND MIDDLE Module Replacement Board

57 Pin Sub-D I/O Module Assembly Direct to PLC Input/Output Module Kit -0 DET. 8 PART NAME REQ D PART Housing -80 Cover P.C. Board Assembly - - Jack M Pin Round Connector Kit Pin ROUND CONNECTOR KIT PART Without Din -0 With Din PIN ROUND CONNECTOR PINS -= OUTPUTS PIN =+VDC PINS 8-= I/O POINTS PINS,= 0VDC PIN = EARTH GROUND - DET. REQ D PART NAME PART Cover Pin PCB Assy - -8 Lock Washer 8- Hex Nut 8-8 Assy (DIN RAL Only) - Spring (DIN RAL Only) - Clamp (DIN RAL Only) -0

58 Direct to PLC Pin Sub-D Connector Kit PIN SUB-D HOUSING KITS Without DIN Rail With DIN Rail PART -0 - DET. REQ D PART NAME PART Housing 0-0 Hex PCB Ass y -0-0 PIN SUB-D CONNECTOR Ass y - PINS -= OUTPUTS PIN =+VDC PINS 8-= I/O POINTS PINS,= 0VDC NOTE: External fusing or output protection recommended. 8 0 (DIN Rail Only) Spring (DIN Rail Only) Clamp (DIN Rail Only) PIN = EARTH GROUND Pin Sub-D Connector Kit PIN SUB-D HOUSING KITS Without DIN Rail With DIN Rail PART DET. REQ D PART NAME Housing PART 0-0 Hex PCB Ass y Ass y - PIN SUB-D CONNECTOR PINS -= OUTPUTS PIN =+VDC PINS 8-= I/O POINTS PINS -= 0VDC NOTE: External fusing or output protection recommended. 8 0 (DIN Rail Only) Spring (DIN Rail Only) Clamp (DIN Rail Only) PIN = EARTH GROUND 8

59 G- Electronics Pin MINI Power Cables for G- Electronics FEMALE Pin STRAIGHT 8 AWG EURO COLOR CODE Meter - MC00MAF Meter - MC00MAF Meter - MC00MAF FEMALE Pin 0 8 AWG EURO COLOR CODE Meter - MD00MAF Meter - MD00MAF Meter - MD00MAF MINI Pin Pin-Out FACE VIEW MALE = Black = Brown = Blue = White FACE VIEW FEMALE F/M PIN STRAIGHT 8 AWG EURO COLOR CODE Meter - MC00MAFMA0000 Meter - MC00MAFMA0000 Meter - MC00MAFMA0000 PIN T MC000000MT0000 TECHNICAL DATA Molded Body / Insert PUR Coupling Nut Aluminum Cable PVC Cable O.D. 0.0 Voltage Rating 00 V Amperage. A Protection IP 8, NEMA P Operating Temperature -0 C to 0 C

60 G- Electronics Pin mm (M) Power Cables for G- Electronics mm Pin Pin-Out FEMALE PIN STRAIGHT 8 AWG EURO COLOR CODE Meter - TC00MAE Meter - TC00MAE Meter - TC00MAE FACE VIEW MALE = Black = Brown = Blue = White FACE VIEW FEMALE FEMALE PIN 0 8 AWG EURO COLOR CODE Meter - TD00MAE Meter - TD00MAE Meter - TD00MAE MALE PIN STRAIGHT 8 AWG EURO COLOR CODE Meter - TA00MAE Meter - TA00MAE Meter - TA00MAE F/M PIN STRAIGHT 8 AWG EURO COLOR CODE Meter - TC00MAETA0000 Meter - TC00MAETA0000 Meter - TC00MAETA0000 F 0/M STRAIGHT 8 AWG EURO COLOR CODE Meter - TD00MAETA0000 Meter - TD00MAETA0000 Meter - TD00MAETA0000 A B / PIN T (POWER) TC000000TT0000 TECHNICAL DATA Molded Body / Insert PUR Coupling Nut T - Aluminum Cables - Brass, Nickel Plated Cable PUR Cable O.D. 0.0 Voltage Rating 0 V Amperage.0 A Protection IP 8, NEMA P Operating Temperature -0 C to 0 C 0

61 G- Electronics Field Attachable Connectors,, and Pin MINI Pin MINI MALE STRAIGHT MINI Pin Pin-Out PG Cable Gland - MA0F PG. Cable Gland - MA0F Pin MINI MALE STRAIGHT PG Cable Gland - MA0F PG. Cable Gland - MA0F Pin MINI FEMALE STRAIGHT PG Cable Gland - MC0F PG. Cable Gland - MC0F Pin MINI FEMALE STRAIGHT PG Cable Gland - MC0F FACE VIEW MALE = Black = Brown = Blue = White FACE VIEW FEMALE MINI Pin Pin-Out FACE VIEW MALE FACE VIEW FEMALE = Shield = Red = Black = White = Blue PG. Cable Gland - MC0F Pin MINI FEMALE STRAIGHT FOR RIO COMMUNICATION PG. Cable Gland - MC0M REMOTE I/O mm (M) Pin mm MALE STRAIGHT mm Pin Pin-Out PG Cable Gland - TA0F PG Cable Gland - TA0F Pin mm MALE STRAIGHT PG Cable Gland - TA0F PG Cable Gland - TA0F Pin mm MALE 0 DEGREE PG Cable Gland - TB0F PG Cable Gland - TB0F Pin mm MALE 0 DEGREE PG Cable Gland - TB0F PG Cable Gland - TB0F FACE VIEW MALE FACE VIEW FEMALE = Brown = Blue = White = Black mm Pin Pin-Out FACE VIEW MALE FACE VIEW FEMALE = Shield = Red = Black = White = Blue TECHNICAL DATA Molded Body / Insert Coupling Nut Glass Filled Nylon/Nylon Aluminum Cable Range PG: PG.: Voltage Rating 00 V Amperage Pole - A Pole - A Protection IP, NEMA P Operating Temperature -0 C to 0 C

62 G- Electronics Field Attachable Connectors,, and Pin continued Pin mm FEMALE STRAIGHT PG Cable Gland - TC0F PG Cable Gland - TC0F Pin mm FEMALE STRAIGHT PG Cable Gland - TC0F PG Cable Gland - TC0F Pin mm FEMALE 0 DEGREE PG Cable Gland - TD0F PG Cable Gland - TD0F Pin mm FEMALE 0 DEGREE PG Cable Gland - TD0F PG Cable Gland - TD0F mm (M8) Pin 8mm MALE STRAIGHT Cable Dia. 0.8 to 0. - PA0F mm Pole Pin-Out Pin 8mm MALE STRAIGHT Cable Dia. 0.8 to 0. - PA0F FACE VIEW MALE = Brown = Blue FACE VIEW FEMALE Pin 8mm FEMALE STRAIGHT Cable Dia. 0.8 to 0. - PC0F Pin 8mm FEMALE STRAIGHT Cable Dia. 0.8 to 0. - PC0F mm Pole Pin-Out FACE VIEW MALE FACE VIEW FEMALE = Brown = White TECHNICAL DATA - Micro mm / Pico 8 mm mm Molded Body Nylon 8 mm Molded Body TPU Insert Coupling Nut Nylon mm Brass, Nickel Plated, 8 m CuZn, brass, nickeled Cable Range PG: PG: Pico 8 mm: Voltage Rating mm: 0 V 8 mm: 0 VAC/ VDC Amperage Protection.0 A IP, NEMA ( mm only) Operating Temperature - C to 8 C

63 G- Electronics DeviceNet Trunk Cables, Drop Cables and Accessories FEMALE MINI THICK CABLE MINI Device Net Pin Pin-Out Foot - MC00FFD Foot - MC00FFD Foot - MC0FFD MALE MINI THICK CABLE Foot - MA00FFD Foot - MA00FFD FACE VIEW MALE = Shield = Red = Black = White = Blue FACE VIEW FEMALE Foot - MA0FFD FEMALE TO MALE MINI THICK CABLE EXTENSION Foot - MC00FFDMA0000 Foot - MC00FFDMA0000 Foot - MC0FFDMA0000 FEMALE MINI THIN CABLE Foot - MC00FGD Foot - MC00FGD Foot - MC0FGD MALE MINI THIN CABLE Foot - MA00FGD Foot - MA00FGD Foot - MA0FGD FEMALE TO MALE MINI THIN CABLE EXTENSION Foot - MC00FGDMA0000 Foot - MC00FGDMA0000 Foot - MC0FGDMA0000 FEMALE mm THIN CABLE Foot - TC00FGD Foot - TC00FGD mm Device Net Pin Pin-Out Foot - TC0FGD FACE VIEW MALE = Shield = Red = Black = White = Blue FACE VIEW FEMALE

64 G- Electronics DeviceNet Trunk Cables, Drop Cables and Accessories continued DEVICENET T S WAY MINI T Way MINI T - MC000000MT0000 Way MINI - mm T - TC000000MT0000 Way mm T - TC000000TT0000 WAY MINI/mm T A B WAY mm T TERMINATING RESISTORS mm FEMALE mm MALE mm Female - TC0TR mm Male - TA0TR MINI Female - MC0TR MINI Male - MA0TR MINI FEMALE MINI MALE FEMALE MINI FIELD ATTACHABLE PG Cable Gland - MC0F00D PG. Cable Gland - MC0F00D NOTE: Color coded for DeviceNet. MALE MINI FIELD ATTACHABLE PG Cable Gland - MA0F00D PG. Cable Gland - MA0F00D MALE MINI FIELD ATTACHABLE Molded Body / Insert PUR Coupling Nut Mini - Aluminum Micro - Nickel Plated Brass Cable PVC Cable O.D. Thick - 0." Thin - 0." Voltage Rating Mini - 00 V Micro - 0 V Amperage Thick A Thin -. A Protection IP 8, NEMA P Operating Temperature -0 C to 0 C

65 G- Electronics Profibus Cables and Accessories (Reverse Key) MALE mm REVERSE KEY SINGLE ENDED Meter - RA00MHP Meter - RA00MHP Meter - RA00MHP FEMALE mm REVERSE KEY SINGLE ENDED Meter - RC00MHP Meter - RC00MHP Meter - RC00MHP mm Profibus Reverse Key Pin Pin-Out FACE VIEW MALE FACE VIEW FEMALE = N/C = Green = N/C = Red = Shield F/M mm REVERSE KEY DOUBLE ENDED Meter - RC00MHPRA0000 Meter - RC00MHPRA0000 Meter - RC00MHPRA0000 FIELD ATTACHABLE CONNECTORS MALE Male - RA0F00P Female - RC0F00P FEMALE TERMINATING RESISTORS Male - RA0TR BUS T RA00000PRT0000 TECHNICAL DATA Molded Body / Insert Cable=PUR, Field Attachable=PA Coupling Nut Nickel Plated Cable PUR Voltage Rating Cable=0 V, Field Attachable=0 VAC/ VDC Amperage Field Attachable=.0 A Protection Cable=IP/8/NEMA P, Field Attachable=IP Operating Temperature -0 C to 80 C Static, - to 80 C Moving Cable Range 0-" - 0.0"

66 G- Electronics AS-i Cables/Connectors AS-i Addressing Cable feet 0- AS-i Power Cable feet 0- AS-i Connector 0-0 TECHNICAL DATA Vampire Connector mm Connector AS-i Cable Molded Body / Insert PUR Nylon N/A Coupling Nut N/A Brass, Ni Plated N/A Cable N/A N/A EPR (ethylene-propylene) Cable O.D. N/A -8 mm x. mm Voltage Rating N/A V N/A Amperage N/A.0 A N/A Degree of Protection IP IP IP Operating Temp -0 C +0 C -0 C +8 C -0 C +0 C

67 G- Electronics Ethernet Cables - RJ RJ to IP RJ Ethernet Cables Double Ended (Line) Meter VA080MK0YA Meter VA080MK0YA08000 RJ to IP RJ Ethernet Cables Double Ended (Crossover) Meter VA080ML0YA Meter VA080ML0YA08000 IP RJ Ethernet Cables Double Ended (Line) Meter YA080MK0YA Meter YA080MK0YA08000 IP RJ Ethernet Cables Double Ended (Crossover) Meter YA080ML0YA Meter YA080ML0YA08000 Ethernet Cables - mm (M) D-Coded Ethernet Pin D-Coded mm Single Ended Meter QA00MK Meter QA00MK Ethernet Pin D-Coded mm Double Ended Meter QA00MK0QA Meter QA00MK0QA0000 mm EtherNet IP Pin D-Coded MALE Technical Data RJ Cable mm Cable Face View MALE Molded Body/Insert PA PUR PIN = White (Orange) = TD + PIN = White (Blue) = TD PIN = Orange = RD + PIN = Blue = RD Coupling Nut N/A Brass, Ni Plated Cable HM PUR Cable O.D..0" to.".0" Voltage Rating N/A V Amperage N/A.0 A Degree of Protection IP IP Operating Temp 0 C 0 C 0 C 0 C

68 G- Electronics I/O Cables, Splitters and Accessories CABLE A = BROWN MALE = N/A = BLUE = BLACK A B mm DC SPLITTER STRAIGHT mm FEMALE CONNECTORS Meter - TA00MC0JC0000 CABLE B = BROWN = N/A = BLUE Blank FEMALE Meter - TA00MC0JC0000 = BLACK CABLE "A" = BROWN MALE = N/A = BLUE = BLACK A B mm DC SPLITTER STRAIGHT 8mm FEMALE CONNECTORS Meter - TA00MI0KC0000 CABLE "B" = BROWN = N/A = BLUE FEMALE Meter - TA00MI0KC0000 = BLACK WIRING SCHEMATIC B A mm DC Y WITH MALE CABLE 0. Meter - TA00FJ0FC0000 A (FEMALE) MALE CONNECTOR B (FEMALE) FACE VIEW MALE FACE VIEW FEMALE mm FEMALE PIN STRAIGHT AWG EURO COLOR CODE Meter - TC00MCE Meter - TC00MCE FACE VIEW MALE FACE VIEW FEMALE = Black = Brown = Blue = White mm FEMALE PIN 0 DEGREE AWG EURO COLOR CODE Meter - TD00MCE Meter - TD00MCE mm F/M PIN STRAIGHT AWG EURO COLOR CODE Meter - TC00MC0TA0000 Meter - TC00MC0TA0000 Meter - TC00MC0TA0000 mm F 0 /M STRAIGHT AWG EURO COLOR CODE Meter - TD00MC0TA0000 Meter - TD00MC0TA0000 Meter - TD00MC0TA0000 mm MALE PIN STRAIGHT AWG EURO COLOR CODE Meter - TA00MCE Meter - TA00MCE

69 G- Electronics I/O Cables, Splitters and Accessories continued 8mm FEMALE PIN STRAIGHT AWG EURO COLOR CODE Meter - PC00MEE Meter - PC00MEE mm Pin Pin-Out FACE VIEW MALE FACE VIEW FEMALE = Brown = Blue = Black 8mm FEMALE PIN 0 AWG EURO COLOR CODE Meter - PD00MEE Meter - PD00MEE mm MALE/8mm FEMALE PIN AWG EURO COLOR CODE Meter - TA00ME0PC0000 Meter - TA00ME0PC0000 8mm MALE PIN STRAIGHT AWG EURO COLOR CODE Meter - PA00MEE Meter - PA00MEE

70 G- Electronics M & M Round Cable Assemblies M Pin Cables Single Ended M Pin Cable Assy., Female, AWG Meter CC0MI Meter CC0MI Female Connector (solder cups) CC M Pin Cables Double Ended M Pin Cable Assy., Female-to-Male, AWG Meter CC0MI0CE000 Meter CC0MI0CE000 0 Meter CC0MI0CE000 M Pin Cables Single Ended M Pin Cable Assy., Female, AWG Meter CC0MI Meter CC0MI Female Connector (solder cups) CC M Pin Cable Assy., Male, AWG Meter CE0MI Meter CE0MI M Pin Cables Double Ended M Pole Cable Assy., Female-to-Male, AWG Meter CC0MI0CE000 Meter CC0MI0CE000 0 Meter CC0MI0CE000 M- Pin Connector Configuration M- Pin Connector Configuration Male Female Male Female 0

71 M & M Round Cable Assemblies G- Electronics M Pin Cables Single Ended M Pin Cable Assy., Female, AWG Meter CC0MI Meter CC0MI Female Connector (solder cups) CC M Pin Cables Double Ended M Pin Cable Assy., Female, AWG Meter CC0MI0CE000 Meter CC0MI0CE000 0 Meter CC0MI0CE000 Pin Connector Configuration Pin Out Color Code for M & M Cables M Cables M Cables Pin # White Pin # White Pin # Brown Pin # Brown Pin # Green Pin # Green Pin # Yellow Pin # Yellow Pin # Gray Pin # Gray Pin # Pink Pin # Pink Pin # Blue Pin # Blue Pin #8 Red Pin #8 Green/Yellow Pin # Black Pin # Black Pin #0 Violet Pin #0 Purple Pin # Gray/Pink Pin # Gray/Pink Pin # Green/Yellow Pin # Red/Blue Pin # White/Green Pin # White/Green Pin # Brown/Green Pin # Brown/Green Pin # White/Yellow Pin # White/Yellow Pin # Yellow/Brown Pin # Yellow/Brown Pin # White/Grey Pin # White/Grey Pin #8 Gray/Brown Pin #8 Gray/Brown Pin # Red/Blue Pin # White/Pink Pin #0 Pink/Brown Pin # White/Blue Pin # Brown/Blue Pin # White/Red Pin # Brown/Red Pin # White/Black Pin # Brown/Black Technical Data Molded Body/Insert Coupling Nut Cable PUR Brass, Ni Plated PUR Cable O.D..0" Voltage Rating Amperage Degree of Protection Operating Temp Male Note: Go to for wiring information 0 V 8.0 A IP8 (mated) 0 C C Wire AWG Female

72 G- Electronics Sub-D Cables Pin SUB-D MALE CABLE AWG - UNSHIELDED Meter - SA0MCX Meter - SA0MCX Meter - SA0MCX Pin SUB-D FEMALE CABLE AWG - UNSHIELDED Meter - SC0MCX Meter - SC0MCX Meter - SC0MCX Pin SUB-D MALE/FEMALE CABLE AWG - UNSHIELDED Meter - SA0MCXSC000 Meter - SA0MCXSC000 0 Meter - SA0MCXSC000 Pin SUB-D MALE CABLE AWG - SHIELDED Meter - SA0MDX Meter - SA0MDX Meter - SA0MDX Pin SUB-D MALE CABLE AWG - SHIELDED Meter - SA0MDX Meter - SA0MDX Meter - SA0MDX Pin SUB-D FEMALE CABLE AWG - UNSHIELDED Meter - SC0MCX Meter - SC0MCX Meter - SC0MCX Pin MALE/ Pin FEMALE SUB-D CABLE AWG - UNSHIELDED Meter - SA0MCXSC000 Meter - SA0MCXSC000 0 Meter - SA0MCXSC000 Go to for wiring information

73 G- Electronics Sub-D Cables continued TECHNICAL DATA Connector Body Cable Cable O.D. PVC PVC Conductor, AWG - N/A Cable O.D. Conductor, AWG - 0. Cable O.D. Conductor, AWG - 0. Cable O.D. Conductor, AWG - 0. Voltage Rating Amperage Degree of Protection 00 V Operating Temperature Max 80 C Jack s Pin-Out Pin-Out 0.0 Amps/Conductor Conductor, AWG -.0 A/Conductor -0 Thread 8 0 Pin-Out CONNECTOR (CABLE) Pin Pin Pin Pin Pin Pin Pin Pin 8 Pin Pin 0 Pin Pin Pin Pin Pin Pin Pin Pin 8 Pin Pin 0 Pin Pin Pin Pin Pin Pin Pin Pin 8 Pin Pin 0 Pin Pin Pin Pin Pin Pin Pin Not Used Not Used Not Used CONDUCTOR Black White Red Green Orange Blue White/Black Red/Black Green/Black Orange/Black Blue/Black Black/White Red/White Green/White Blue/White Black/Red White/Red Orange/Red Blue/Red Red/Green Orange/Green Black/White/Red or Brown/White White/Black/Red or Yellow/Black Red/Black/White or Violet/White Green/Black/White or Gray/Black Orange/Black/White or Yellow Blue/Black/White or Violet Black/Red/Green or Gray White/Red/Green or Pink Red/Black/Green or Light Green Green/Black/Orange or Orange/ White Orange/Black/Green or Pink/Black Blue/White/Orange or Pink/Green Black/White/Orange or Pink/Red White/Red/Orange or Pink/Violet Orange/ White/Blue or Light Blue White/Red/Blue or Light Brown Black/White/Green White/Black/Green Red/White/Green

74 G- Electronics Input Distribution Boxes PART#-DB8TL_R MS00 PIN = VDC PIN = NOT USED PIN = COMMON 0 VDC PIN = INPUT Pin SUB-D CONNECTOR. SINGLE POINT - 8 INPUTS 8 Port Distribution Box - Pin Wire/LED - NPN (Sinking) Meters - DB8TLNR0MS00 Meters - DB8TLNR0MS00 0 Meters - DB8TLNR0MS00 8 Port Distribution Box - Pin Wire/LED - PNP (Sourcing) Meters - DB8TLPR0MS00 Meters - DB8TLPR0MS00 0 Meters - DB8TLPR0MS00 Pin SUB-D CONNECTOR. SINGLE POINT - 8 INPUTS 8 Port Distribution Box - Pin Wire/LED - NPN (Sinking) Meters - DB8TLNR0MS00 Meters - DB8TLNR0MS00 0 Meters - DB8TLNR0MS00 PART#-DB8TL_R MS00 8 Port Distribution Box - Pin Wire/LED - PNP (Sourcing) Meters - DB8TLPR0MS00 PIN = VDC PIN = NOT USED PIN = COMMON 0 VDC PIN = INPUT Meters - DB8TLPR0MS00 0 Meters - DB8TLPR0MS00 Pin SUB-D CONNECTOR. DOUBLE POINT - INPUTS 8 Port Distribution Box - Pin Wire/LED - NPN (Sinking) Meters - DB8TLNR0MS00 Meters - DB8TLNR0MS00 PART#-DB8TL_R MS00 0 Meters - DB8TLNR0MS00 8 Port Distribution Box - Pin Wire/LED - PNP (Sourcing) PIN = VDC PIN = INPUT PIN = COMMON 0 VDC PIN = INPUT Meters - DB8TLPR0MS00 Meters - DB8TLPR0MS00 0 Meters - DB8TLPR0MS00 Go to for wiring information

75 G- Electronics Output Distribution Boxes Pin SUB-D CONNECTOR SINGLE POINT - 8 OUTPUTS 8 Port Distribution Box - Pin Wire/LED - PNP (Sourcing) Meters - DB8TLJP0MS00 Meters - DB8TLJP0MS00 0 Meters - DB8TLJP0MS00 PART#-DB8TLJP MS00 PART#-DB8TLJP MS00 Pin SUB-D CONNECTOR DOUBLE POINT - OUTPUTS PIN = VDC PIN = NOT USED) PIN = COMMON 0 VDC PIN = OUTPUT (SOURCING) PIN = VDC PIN = OUTPUT (SOURCING) PIN = COMMON 0 VDC PIN = OUTPUT (SOURCING) 8 Port Distribution Box - Pin Wire/LED - PNP (Sourcing) Meters - DB8TLJP0MS00 Meters - DB8TLJP0MS00 0 Meters - DB8TLJP0MS00 D-BOXES WITHOUT CABLE - UNIVERSAL 8 Port Block - Pin w/ LED s - NPN DB8TLN Port Block - Pin w/ LED s - PNP DB8TLP Port Block - Pin without LED s - Universal DB8T0U Go to for wiring information TECHNICAL DATA Molded Body/Housing Threaded Sleeve Voltage Rating Pocan PBT CuZn, Nickel Plated 0-0 VDC. (.). (.) Amperage A per Signal Protection IP 8, NEMA P Operating Temperature -0 C to 0 C Wire Range - AWG 0.8 (.).8 (.). (0.).8 (.)

76 World Headquarters Numatics Incorporated Phone: Fax: UNITED STATES Numatics Air Preparation Phone: Fax: Numatics Valves Phone: Fax: Numatics Miniature Valves Phone: Fax: Numatics Cylinders Phone: --00 Fax: --0 Numatics Rodless Cylinders Phone: -- Fax: -- Numatics Automation Phone: Fax: CANADA Ontario Numatics, Ltd. Phone: -- Fax: -- Quebec Numatics, Ltd. Phone: -- Fax: -- British Columbia Numatics, Ltd. Phone: Fax: 0-- EUROPE Germany European Headquarters Numatics GmbH Phone: Fax: Hungary Numatics Kft. Phone: Fax: EUROPE England Numatics Limited Phone: Fax: France Numatics s.a.r.l. Phone: Fax: Italy Numatics srl Phone: Fax: Netherlands Numatics B.V. Phone: Fax: Spain Numatics Spain S.L. Phone: 0--- Fax: 0--- AFRICA South Africa Numatics SA (Pty) Ltd. Phone: Fax: LATIN & SOUTH AMERICA Mexico Numatics de Mexico S.A. de C.V. Phone: Fax: Brazil Valvair Comercial Ltda. Phone: Fax: ASIA & PACIFIC Australia Numatics Australia Pty. Ltd. Phone: Fax: Taiwan Asian Headquarters Numatics Co, Ltd. Asia Phone: Fax: For a comprehensive listing of all Numatics production and distribution facilities worldwide, visit PDF-FIELDBUSELECT-00