Connector-Terminal Block Conversion Unites XW2R Series Speedy Get Waste-free Connections in the Ideal Style Excellent Universal Different Styles

Transcription

1 Connector Conversion Unites XWR Series Speedy Get Wastefree Connections in the Ideal Style Excellent Universal Select from Different Styles

2 Select from Three Styles of Units for a Dramatic re You Wasting Work, Time, and Space Connecting to FLCON Speedy Extreme Savings in Wiring Power supply terminals help you dramatically save work in wiring with only one terminal block. Units with Power Supply Terminals for PLCs SWLLOW Excellent Extremely Easy to Connect wiring pattern that is specialized for PLCs reduces work and mistakes in checking signal layouts. Units for PLCs + Common PIGEON Universal Outstanding daptability daptability means you can handle all types of applications, helping to reduce the number of stocked parts. Units for Generalpurpose Devices

3 Savings in Wiring and Wiring Work Connector Conversion Units? Total Length Superior (86.7mm) INDEX Connection Work Superior (8 min, 56 s) Features Features Specialized for connecting PLCs; power terminals provided. Selecting Connector Conversion Units for PLCs and for Generalpurpose Device 4 Flexibility Reasonable Variations in Connection and Installation Methods 8 Details Page 4 Selecting Cables for ConnectorTerminal Block Conversion Units 0 Connector Conversion Units for PLCs OMRON PLCs Total Length Good (7.mm) Units with Power Supply Terminals Units without Power Supply Terminals 9 Connection Work Good (9 min, 4 s) Mitsubishi PLCs Features Specialized for connecting PLCs. Units with Power Supply Terminals Units without Power Supply Terminals 8 Flexibility Reasonable Keyence PLCs Details Page 5 Units with Power Supply Terminals Units without Power Supply Terminals 4 Generalpurpose Connector Conversion Units Units with Power Supply Terminals 9 Total Length Reasonable (4.mm) Units without Power Supply Terminals 4 Connection Work Reasonable ( min, 6 s) Common s 44 Features Wire connectors and terminal blocks connected :. Screwmounting ConnectorTerminal Block Conversion Units 49 Flexibility Superior Cables for Connector Conversion Units Details Page 5 Shielded Cables Unshielded Cables 5 60 *Results of OMRON comparison for I/O points.

4 Speedy Extreme Savings in Wiring Dramatically reduce wiring and wiring work. Increase work standardization. Ideal for connecting to PLCs from just about any company. Type Units with Power Supply Terminals for PLCs Wiring method Pushin spring econ Connector Conversion Units with Power Supply Terminals XWR GD COM XWRN GDC COM XWRP GD COM XWRP GD COM The Units for inputs and outputs are different colors for easy recognition. Units available for OMRON, Mitsubishi, and Keyence PLCs. wiring pattern that is specialized for PLCs reduces work in checking signal layouts. PLC addresses are provided on the terminal blocks. Connector pins not used for PLCs were eliminated to minimize the number of pins and thereby reduce the size. The signal, positive(+) voltage, and negative( ) voltage lines can be wired together to save space and work. Positive(+) power line Negative( ) power line Sensor or actuator Signal line To PLC Horizontal rows are internally connected. re You Wasting Time Removing Sheaths from Sensor Cables? Positive(+) voltage relay terminal block Negative( ) voltage relay terminal block Signal terminal block Using a Conversion Unit with Power Supply Terminals Work time is shortened because it is not necessary to remove the sheath. Footprint uced by 5% Wiring Work uced by 60% The Conversion Unit is 5% more compact than a configuration of relay terminal blocks and a signal terminal block. Loosening screws Inserting short bars Connecting positive(+) voltage relay terminal block Negative( ) voltage relay terminal block Signal terminal block 86.7mm 40.7mm Traditional screw terminal block XWRCOM 400 s 99 s uced by 60%! No need for crossovers and screw tightening! 5% More Compact! (s) Connector Conversion Units with Power Supply Terminals *Results of OMRON comparison for Unit with pushin spring connections. 4

5 Excellent Extremely Easy to Connect Ideal for connecting to PLCs from various companies. Type Wiring method Units for PLCs Pushin spring Phillips screws Slotted screws (riseup) Connector Conversion Units for PLCs XWR GD We recommend a common terminal block. Details: Page 6 XWRP GD XWRJ GD XWRE4GD Units available for OMRON, Mitsubishi, and Keyence PLCs. wiring pattern that is specialized for PLCs reduces work in checking signal layouts. Terminal block signal labels give the PLC addresses. Connector pins not used for PLCs were eliminated to minimize the number of pins and therefore the size. Signal Labels Give the PLC addresses Unit for OMRON PLC Unit for Mitsubishi PLC Unit for Keyence PLC Universal Outstanding daptability Just one series for easy selection with high versatility to handle various applications. Type Wiring method Connector Units for Generalpurpose Devices Pushin spring Phillips screws Slotted screws (riseup) MIL connector FCN connector Connector Conversion Units for Generalpurpose Devices XWR DT XWRP DT XWRJ DT XWRE DT Wire Connectors and s : pplicable with PLCs from any manufacturer. Models available with 0, 4, 40, 50, and 60 poles. 5

6 Common chieve downsizing and reduce work by pushin spring connector. Type Units for Generalpurpose Devices Wiring method Pushin spring Common XWRP40 DCOM For Positive(+) Voltages XWRP40PDCOM For Negative( ) Voltages XWRP40MDCOM Ideal for I/O commons to connect wire devices. Positive(+) and Negative( ) Connections XWRP40BDCOM Ideal for connecting wire devices. Easy connections with less clutter around power supplies. Commons are wired on the PCB to eliminate the need to wire crossovers. Pushin spring connections. Select Units for Positive(+) Voltages, Negative( ) Voltages, or Both. Cable XWZ For Positive(+) Voltages For Negative( ) Voltages Power Supply S8 Connector for Signals XWR 4GDC re Your Control Panels Buried in DIN Track Screw s? Save space with common terminal blocks. Footprint uced by 4% Wiring Work uced by 70% Loosening screws Inserting short bars Connecting 64.4mm 0.5mm 4% More Compact Than DIN Track Screw s Traditional DIN Track screw terminal block XWRCOM 8 s 400 s uced by 70%! No need for crossovers and screw tightening! 6 *Comparison based on number of possible common connections for DIN Track screw terminal blocks with 8.5mm pitch (s) *Based on OMRON testing to estimate work for common connections.

7 Wide Range of connectors and Poles to Match Installation Needs Units for PLCs Units with Power Supply Terminals : XWR COM Units without Power Supply Terminals : XWR Units with Power Supply Terminals Replace with the model codes in the following table. Units without Power Supply Terminals Pushin spring econ MIL connector Pushin spring Phillips screws Slotted screws (rise up) Wiring method I/O points 6 6 P6GDC PGDC N6GDC NGDC P4GDC J4GDC E4GDC OMRON PLCs P6GDC PGDC PGDC PGDC4 NGDC P4GDC P4GDC P4GDC4 J4GDC J4GDC J4GDC4 E4GDC E4GDC E4GDC4 Mitsubishi PLCs PGDM PGDM GGDM P4GDM P4GDM J4GDM J4GDM E4GDM E4GDM Keyence PLCs PGDK P4GDK J4GDK P40GDK * J40GDK * *The XWRP40GDK and XWRJ40GDK provide 40 poles each. Units for Generalpurpose Devices Units with Power Supply Terminals : XWRN08GDCOM Units without Power Supply Terminals : XWR T Units with Power Supply Terminals Replace with the model codes in the following table. Units without Power Supply Terminals econ Pushin spring Phillips screws Slotted screws (rise up) Wiring method number of poles 0,4,40,50,60 0,4,40,50,60 0,4,40,50,60 P0GD J0GD E0GD P4GD J4GD E4GD Mounted connector MIL connector XWRN08GDCOM P40GD P50GD J40GD J50GD E40GD E50GD P60GD J60GD E60GD FCN connector P40FD J40FD E40FD 7

8 Select the Installation Method and Terminal Wiring Method. Select the Wiring Method Pushin spring Just Push in the Wire for a Sure Connection Connect any of types of wires. Ferrules Solid wires Stranded wires How Many Times is Retightening Necessary? Wiring, inspections, shipping, maintenance... Retightening is not required for pushin spring connections. Testers can be inserted in the release holes. *Blade terminals can also be used. Provide insulation. Flat marktubes can be used. Thick wires can be used (WG8 to WG4 (0.08 to.0 mm )). *WG4 to WG4 for ferrules. (However, the outer diameter of the insulation must be 4 mm max.) Easy, Fast Connection and Removal by Just about nyone Ferrules Naked Wires Removal Just press the ferrule all the way in. You're done. Insert a tool into the release hole. Insert the wire while the tool is inserted. Remove the tool, and you're done. Insert a tool into the release hole and pull out the wire. Remove the tool. Select the Installation Method Units That Mount to DIN Track Mounting and Removal are Fast and Easy with DIN Track Mounting Removal Move screwdriver like a lever. Press. Catch. Insert. Catch the on the DIN Track. Press down on the to mount it. Insert a flatblade screwdriver into the DIN Track lock. Move the screwdriver like a lever to free the lock. 8

9 Wealth of OMRON Connector Variations Tensile Strength Meets IEC Standard (IEC Standard) ctual value of tensile strength is equivalent to screw connections. Greatly uce Connection Work! (s) 5 Just insert the wire! IEC standard (cable diameter) Screwless connection Screw connection 0 0 N min. (WG0) 5 N N 5 *The values for screwless and screw connections are actual values measures by OMRON for the XWR. 0 Round crimp terminals Forked crimp terminals 4s Ferrules Phillips screws Slotted screws (riseup) Traditional Screw s re lso vailable econ uce Wiring Mistakes! (Phillips screws) Terminal blocks are shipped with the screws open for immediate connection. The cover can be locked open for better work efficiency. Both round and forked crimp terminals can be used, and screws will not fall out. Standard connectors for sensor inputs that mate with econ connectors from other manufacturers. Easy to connect and ideal for standardization. Different Models for Different Installation Methods The following codes are used for in the model number. D: For DIN Track V: Vertical screw mounting Blank: Horizontal screw mounting Vertical Screw Mounting* Horizontal Screw Mounting* Select the Best Type for ctual Case of Use Vertical screw mounting Horizontal screw mounting ll Models Mount to DIN Track The ribs for screw mounting are positioned within the DIN Track so that they do not interfere with DIN Track mounting parts or End Plates. Even when connecting Horizontal Mounting Units to each other, the ribs do not interfere so there is no gap between the Units. * For details, refer to page 49. 9

10 Cables for Connector Conversion Units Shielded Cables Model numbers (common portion) : XWZ@@@@ with the model codes in the following table. Connector Connector 0.5m 0.5m m.5m Cable length m m 5m 7m 0m 5m 0m FCN connector, 4 poles FCN connector, 40 poles FCN connector, 40 poles FCN connector, 40 poles MIL connector, 4 poles MIL connector, 0 poles MIL connector, 0 poles MIL connector, 40 poles MIL connector, 4 poles MIL connector, 40 poles MIL connector, 0 poles MIL connector, 0 poles * MIL connector, 0 poles * MIL connector, 40 poles MIL connector, 4 poles MIL connector, 0 poles Loose wires with crimp terminals, 0 poles MIL connector, 0 poles MIL connector, 4 poles MIL connector, 40 poles C5K B 050 C50X 050EE C50K 00 00D 00L 00B 00 00X 00F 00N 00EE 00K 50 50D 50L 50B 50F 50N 50EE 50K 00 00D 00L 00B 00 00X 00F 00N 00EE 00K 00 00D 00L 00B 00X 00F 00N 00EE 00K D 500L 500B X 500F 500N 500EE 500K B 00 00D 00L 00B 00 00X 00F 00N 00K 5M 5MD 5ML 5MB 5MF 5MN 0M 0MD 0ML 0MB 0MF 0MN *The wiring is different. Refer to page 55 for details. Unshielded Cables Model numbers (common portion) : XWZ@@@@@@L@@ with the model codes in the following table. Connector Connector 0.m 0.5m 0.75m m Cable length.5m m m 4m 5m 7m 0m FCN connector, 4 poles FCN connector, 40 poles FCN connector, 40 poles FCN connector, 40 poles FCN connector, 56 poles FCN connector, 56 poles FCN connector, 56 poles FCN connector, 56 poles MIL connector, 0 poles MIL connector, 4 poles MIL connector, 40 poles MIL connector, 40 poles MIL connector, 40 poles MIL connector, 0 poles MIL connector, 0 poles * MIL connector, 0 poles * MIL connector, 40 poles MIL connector, 0 poles * MIL connector, 0 poles * MIL connector, 40 poles + 0 poles MIL connector, 60 poles MIL connector, 0 poles MIL connector, 4 poles MIL connector, 0 poles * MIL connector, 0 poles * MIL connector, 40 poles 000FF L 0050D L 0050BF L 0050DD L 0050EE L 0050FF L 0075FH L0 0075FH L0 000D L 000BH L0 000BH L0 000BF L 000CG L 000DD L 000EE L 000FH L0 000FH L0 000FF L 050BH L0 050BH L0 050BF L 050CJ L0 050CJ L0 050CKL0 050CKL0 050EE L 050FF L 000D L 000BH L0 000BH L0 000BF L 000CJ L0 000CJ L0 000CKL0 000CKL0 000CG L 000DD L 000EE L 000FH L0 000FH L0 000FF L 000D L 000BH L0 000BH L0 000BF L 000CJ L0 000CJ L0 000CG L 000EE L 000FH L0 000FH L0 000FF L 0400BH L0 0400BH L0 0500BH L0 0500BH L0 0500BF L 0500EE L 0500FH L0 0500FH L0 0500FF L 0700BF L 0700EE L 0700FF L 000BF L 000EE L 000FF L *The wiring is different. Refer to page 60 for details. 0

11 Connector Conversion Units for PLCs XWR Connector Conversion Units Designed Specifically to Connect PLCs Wiring patterns that are specifically designed for PLCs reduce the work required to check signal layout. Terminal block signal labels give the PLC addresses. Models available with Phillips screw, slotted screw, pushin, or econ connections. Models available with and without power supply terminals. Mounting to DIN Track is possible. Models that are mounted with screws are also available. Refer to page 49. Item PLC Maker OMRON Mitsubishi Keyence With power supply terminals ppearance Model XWRPGDKCOM Page Page Page Page Without power supply terminals ppearance Model Page Page 9 Page 8 Page 4 Options (Order Separately) Connecting Cables for Connector Conversion Units Refer to page 5.

12 XWR Models for Connection to OMRON PLCs with power supply terminals Model List COM Wiring method P Pushin spring N econ Type I/O Points 6 6 Points Points Mounted Connector type G MIL (XG4) Mounting method D DIN Track mounting V Vertical screw mounting Horizontal screw Blank mounting PLC type C Refer to the C following table for 6pole models C and to page for C4 pole models. Power supply terminals COM Provided Models for OMRON PLCs Models with 6 Poles I/O I/O Points I/O Unit Model Models that connect to PLCs Connecting cables Input CJWID XWRP6GDCCOM: pcs CSWID XWRN6GDCCOM: pcs XWZ@@@D: Cable 64 CJWID6 XWRP6GDCCOM: 4 pcs CSWID6 XWRN6GDCCOM: 4 pcs XWZ@@@D: Cables 6 NXMD66 (inputs) XWRP6GDCCOM: pcs XWRN6GDCCOM: pcs XWZ@@@: Cable CJWMD (inputs) XWRP6GDCCOM: pcs XWRN6GDCCOM: pcs XWZ@@@: Cable I/O CJWMD6 (inputs) CSWMD6 (inputs) XWRP6GDCCOM: pcs CSWMD6 (inputs) XWRN6GDCCOM: pcs XWZ@@@D: Cable CSWMD56 (inputs) CJWID Input CJWID XWRP6GDCCOM: pcs CJWMD6 (inputs) XWRN6GDCCOM: pcs I/O CJWMD56 (inputs) XWZ@@@N: Cable Input 64 CJWID6 XWRP6GDCCOM: 4 pcs XWRN6GDCCOM: 4 pcs XWZ@@@N: Cables 6 NXOD55 NXOD5565 XWRP6GDCCOM: pcs XWZ@@@X: Cable CJWOD CSWOD XWRP6GDCCOM: pcs XWZ@@@L: Cable CSWOD CJWOD Output CJWOD XWRP6GDCCOM: pcs XWZ@@@N: Cables CJWOD4 64 CJWOD6 CSWOD6 XWRP6GDCCOM: 4 pcs XWZ@@@L: Cables CJWOD6 CJWOD6 XWRP6GDCCOM : 4 pcs XWZ@@@N: Cables 6 NXMD66 (outputs) XWRP6GDCCOM: pcs XWZ@@@: Cable CJWMD (outputs) XWRP6GDCCOM: pcs XWZ@@@: Cable CJWMD6 (outputs) I/O CSWMD6 (outputs) XWRP6GDCCOM: pcs XWZ@@@L: Cable CSWMD6 (outputs) CSWMD56 (outputs) *@@@ is replaced by the cable length. Refer to page 5. Note: Connection is not possible to all OMRON PLC Units. This Connector Conversion Unit is for NPN. For PNP, reverse the polarity of the external power supply and I/O on the Connector Conversion Unit.

13 XWR Models for Connection to OMRON PLCs with power supply terminals Models for OMRON PLCs Models with Poles I/O I/O Points I/O Unit Model Models that connect to PLCs Connecting cables NXID645 XWRPGDCCOM: pcs Cable, or XWRNGDCCOM: pcs Cable NXID646 XWRPGDCCOM: pcs Cable, or XWRNGDCCOM: pcs Cable Input 64 I/O Input I/O Output is replaced by the cable length. Note: Connection is not possible to all OMRON PLC Units. This Connector Conversion Unit is for NPN. For PNP, reverse the polarity of the external power supply and I/O on the Connector Conversion Unit. Connection Examples CJWID CSWID CJWID6 CSWID6 CJWMD6 (inputs) CSWMD6 (inputs) CSWMD6 (inputs) CSWMD56 (inputs) CJWID CJWID 64 CJWID6 64 I/O Output 64 I/O point Input Unit or Output Unit CJWID point CJWOD point CJWMD6 (inputs) CJWMD56 (inputs) NXOD65 NXOD6565 NXOD66 CJWOD CSWOD CSWOD CJWOD6 CSWOD6 CSWOD6 CJWMD6 (outputs) CSWMD6 (outputs) CSWMD6 (outputs) CSWMD56 (outputs) CJWOD CJWOD CJWOD4 CJWOD6 CJWOD6 CJWMD6 (outputs) CJWMD56 (outputs) XWRPGDCCOM: pcs XWRNGDCCOM: pcs XWRPGDCCOM: pcs XWRNGDCCOM: pcs XWRPGDCCOM: pcs XWRNGDCCOM: pcs XWRPGDCCOM: pcs XWRNGDCCOM: pcs XWRPGDCCOM: pcs XWRNGDCCOM: pcs XWRPGDCCOM: pcs XWRNGDCCOM: pcs XWRPGDC4COM: pcs XWRPGDCCOM: pcs XWRPGDCCOM: pcs XWRPGDCCOM: pcs XWRPGDCCOM: pcs XWRPGDC4COM: pcs XWRPGDC4COM: pcs XWRPGDC4COM: pcs 64point Input Unit or Output Unit CJWID6 64point CJWOD6 64point XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cables, or XWZ@@@@FFL: Cables XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cables, or XWZ@@@@FFL: Cables XWZ@@@K: Cable, or XWZ@@@@FFL: Cable 64point I/O Unit CJWMD56 IN Points, OUT Points Connection to pts unit (Without branch) Connection to 64 pts unit (Without branch) Connection to 64 pts unit (Without branch) XWZ@@@B or XWZ@@@@BFL XWZ@@@B or XWZ@@@@BFL XWZ@@@K or XWZ@@@@FFL outputs inputs

14 XWR Models for Connection to OMRON PLCs with power supply terminals pplication Example Power Supply Connections to Sensors and ctuators Can be used as crossovers to the next Unit. PLC Connecting Cables Connectors: One 40pin Connector Made by Fujitsu Component, Ltd. to One 40pin ppearance With shield Model Without shield Model 0.5 XWZ050B XWZ0050BFL XWZ00B XWZ000BFL.5 XWZ50B XWZ050BFL XWZ00B XWZ000BFL XWZ00B XWZ000BFL 5 XWZ500B XWZ0500BFL 7 XWZ700B XWZ0700BFL 0 XWZ00B XWZ000BFL 5 XWZ5MB 0 XWZ0MB FCN67J040U/F (mating side) B XG4M400T (mating side) Triangular mark L XWZ@@@K, XWZ@@@@FFL Connectors: One 40pin Connector to One 40pin ppearance With shield Model Without shield Model 0.5 XWZC5K 0.5 XWZC50K XWZ0050FFL XWZ00K XWZ000FFL.5 XWZ50K XWZ050FFL XWZ00K XWZ000FFL XWZ00K XWZ000FFL 5 XWZ500K XWZ0500FFL 7 XWZ0700FFL 0 XWZ00K XWZ000FFL L XG4M400T (mating side) Triangular mark XG4M400T (mating side) Triangular mark Note: Wire the connector terminals : so that the connector terminal numbers coincide. 4

15 XWR Models for Connection to OMRON PLCs with power supply terminals Pushin spring Ordering Information ppearance I/O Points Input/Output Model Dimension (mm) * Input models (XWRP@@GDC/CCOM) are black and output models (XWRP@@GDC/C4COM) are green. * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length 6 6 Points: /signal, 4/common Points: /signal, 8/common 4VDC 00MΩ min. (at 500VDC) 500VC for ferrulemin (leakage current: m max.) 0 to 55 C Input Output Input Output WG 4 to 4 (ferrules) WG 8 to 4 (stranded or solid) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm XWRP6GDCCOM XWRP6GDCCOM XWRPGDCCOM XWRPGDCCOM XWRPGDCCOM XWRPGDC4COM Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules Round ferrules Dimension (Width) Dimension B (Height) Dimension C (Diameter) Square ferrules B 80 mm Round ferrules Dia. C.7 mm max. The crosssectional area after crimping must be mm max. 4.8 mm or less mm dia. max. (after crimping) 80 mm Refer to page 46 for information on Square/Round ferrule and use tool. Dimensions (Unit: mm) The label contents depend on the model. MIL Plug: XG40 The label contents depend on the model. (44.8) 50 (.) 9.7 5

16 XWR Models for Connection to OMRON PLCs XWRP6GDCCOM XWRP6GDCCOM () (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) () () (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) () (V) (V) (G) (G) External power supply External power supply XWRPGDCCOM XWRPGDCCOM () (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) () () (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) () (V) (V) (G) (G) External power supply External power supply XWRPGDCCOM XWRPGDC4COM () (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) () () (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) () (V) (V) (G) (G) External power supply Label Contents External power supply XWRP6GDCCOM XWRP6GDCCOM XWRPGDCCOM, XWRPGDCCOM XWRPGDCCOM, XWRPGDC4COM V V V V V V V V V V V V V V V V V V G G G G G G G G G G G G G G G G G G V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G 6

17 XWR Models for Connection to OMRON PLCs econ Type Ordering Information ppearance I/O Points Input/Output Model Dimension (mm) 6 XWRN6GDCCOM 98.5 Input XWRNGDCCOM XWRNGDCCOM 86.7 Ratings and Specifications Power supply terminal block: 4 /6 poles or 8 / poles Rated current Connectors/eCON Connectors: (However, rated current of econ Connector depends on the wires that are used.) Rated voltage 4VDC Insuration resistance 00MΩ min. (at 500VDC) Dielectric strength 500VC for min (leakage current: m max.) mbient operating temperature 0 to 55 C pplicable wire sizes WG 4 to 4 (ferrules) WG 8 to 4 (stranded wires) WG 8 to 6 (solid wires) (Outer diameter of insulation must be 4 mm max) pplicable wires WG86: 8 to 0 mm Stripped length WG4: 9 to 0 mm * This is the applicable range for the power supply terminal block. For the applicable wire sizes for I/O Connectors (econ), refer to page 7. Refer to page 7 for the recommended econ Connectors. Dimensions (Unit: mm) Two power supply terminal blocks MIL Plug:XG4@@ 7.5 (44.8) (.) 50 econ Sockets: XND447: 4 sockets/6 poles 8 sockets/ poles The label contents depend on the model. (0.8) 9.7 7

18 XWR Models for Connection to OMRON PLCs XWRN6GDCCOM External power supply External power supply econ XWRNGDCCOM Connector External power supply External power supply econ XWRNGDCCOM Connector External power supply External power supply econ 8

19 XWR Models for Connection to OMRON PLCs Model List 4 Wiring method J Phillips screw E Slotted screw (rise up) P Pushin spring Number of poles 4 poles 4 (I/O points: points) Mounted Connector type G MIL (XG4) Mounting method D DIN Track mounting V Vertical screw mounting Horizontal screw Blank mounting PLC type C Refer to the C following C table for details. C4 Models for OMRON PLCs I/O I/O Points I/O Unit Model Models that connect to PLCs Connecting cables Input 64 I/O Input I/O Output NXID646 CJWID CSWID CJWID6 CSWID6 CJWMD6 (inputs) CSWMD6 (inputs) CSWMD6 (inputs) CSWMD56 (inputs) NXID645 CJWID CJWID * Replace the box (@) with the wiring method code (J, E, or P). is replaced by the cable length. For details, refer to page 4. Note:. Connection is not possible to all OMRON PLC Units.. There is one common for each points. XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs 64 CJWID6 XWR@4GDC: pcs 64 I/O Output 64 I/O CJWMD6 (inputs) CJWMD56 (inputs) NXOD66 CJWOD CSWOD CSWOD CJWOD6 CSWOD6 CSWOD6 CJWMD6 (outputs) CSWMD6 (outputs) CSWMD6 (outputs) CSWMD56 (outputs) NXOD65 NXOD6565 CJWOD CJWOD CJWOD4 CJWOD6 CJWOD6 CJWMD6 (outputs) CJWMD56 (outputs) XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC: pcs XWR@4GDC4: pcs XWR@4GDC4: pcs XWR@4GDC4: pcs XWR@4GDC4: pcs XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cables, or XWZ@@@@FFL: Cables XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XWZ@@@K: Cables, or XWZ@@@@FFL: Cables XWZ@@@K: Cable, or XWZ@@@@FFL: Cable 9

20 XWR Models for Connection to OMRON PLCs Phillips screw Ordering Information ppearance I/O Points (Number of poles) Model XWRJ4GDC XWRJ4GDC (4) XWRJ4GDC XWRJ4GDC4 * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplic able wires pplicable wire sizes Stripped length Tightening 0.5 /signal, 4 /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (round or forked crimp terminals) WG 6 to 6 (stranded or solid wires) 9 mm 0.5 N m Details on Crimp Terminals Wiring s Using Crimp Terminals (With a Terminal Block with M Screws) Terminal Screw Tightening Torque Use a tightening torque of 0.5 N m when connecting wires or crimp terminals to the terminal block. Round crimp terminals. mm dia. 5.8 mm max. Forked crimp terminals. mm 5.8 mm max. pplicable crimp terminals pplicable wires Round crimp terminals.5 WG to 6 (0.0 to.5 mm ) Forked crimp terminals.5y WG to 6 (0.0 to.5 mm ) Dimensions (Unit: mm) 0.7 MIL Plug:XG440 XWRJ4GDC XWRJ4GDC (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) () () / (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / M.5 7 (Pitch) The label contents depend on the model / /6 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) (COM) (COM) /4 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / XWRJ4GDC XWRJ4GDC (44.8) (+V) (+V) 9/0 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) 9/ / (0V) 7/8 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) 7/ (0V) /4 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / (48.05) 9.7 Label Contents XWRJ4GDC, XWRJ4GDC XWRJ4GDC, XWRJ4GDC4 0

21 XWR Models for Connection to OMRON PLCs Slotted screw (rise up) Ordering Information ppearance I/O Points (Number of poles) Model (4) * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature ppli cable wires pplicable wire sizes Stripped length Tightening /signal, 4 /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (ferrules) WG 6 to 6 (stranded or solid wires) 7 mm 0.5 to 0.6 N m MIL Plug: XG440 XWRE4GDC XWRE4GDC XWRE4GDC XWRE4GDC4 Details on Crimp Terminals pplicable crimp terminals TC05 Dia. = Rod TC.5S Dia. =.5 BT.59 Blade BT.50 W =. Dimensions (Unit: mm) XWRE4GDC pplicable wires WG to WG8 (0.0 to 0.75 mm ) WG to WG6 (0.0 to.5 mm ) WG to WG6 (0.0 to.5 mm ) Round rod Dia. Blade t = mm Note: Round rod and blade crimp terminals are made by Nichifu. XWRE4GDC W 80 mm (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) () () / (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / The label contents depend on the model..5 5 (Pitch) 7/ /6 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) (COM) (COM) /4 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / XWRE4GDC XWRE4GDC (44.8) (+V) 9/0 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) 9/ (+V) / (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / (0V) 7/8 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) 7/ (0V) /4 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / (4) Label Contents XWRE4GDC, XWRE4GDC XWRE4GDC, XWRE4GDC4

22 XWR Models for Connection to OMRON PLCs Pushin spring Ordering Information ppearance I/O Points (Number of poles) Model (4) * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length 0.5 /signal, 4 /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules) WG 8 to 4 (stranded or solid) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm XWRP4GDC XWRP4GDC XWRP4GDC XWRP4GDC4 Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules Round ferrules Dimensions (Unit: mm) Dimension (Width) Dimension B (Height) Dimension C (Diameter) Square ferrules B 80 mm Round ferrules Dia. C.7 mm max. The crosssectional area after crimping must be mm max. 4.8 mm or less mm dia. max. (after crimping) 80 mm Refer to page 46 for information on Square/Round ferrule and use tool. XWRP4GDC XWRP4GDC (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) () () / (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / / /6 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) (COM) (COM) /4 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / XWRP4GDC XWRP4GDC (+V) 9/0 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) 9/ (+V) / (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / (0V) 7/8 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) 7/ (0V) /4 (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) / Label Contents XWRP4GDC, XWRP4GDC m+ m+ XWRP4GDC, XWRP4GDC4

23 XWR Models for Connection to Mitsubishi PLCs with power supply terminals Model List G D M@ COM Wiring method P Pushin spring G I/O Points Points Mounted Connector type G MIL (XG4) Mounting method D DIN Track mounting PLC type M Refer to the following M table for details. Power supply terminals COM Provided Models for Connection to Mitsubishi PLCs PLC Type I/O Points Mitsubishi PLC Module model Models that connect to PLCs Connecting cables M M LX4C4 QX4/QX4S/QX4S QX7 RX4C4 QH4P (Input) QX4Y4P (Input) RH4C4NTP (Input) LX4C4 QX4/QX4S QX8/QX8S RX4C4 LY4NTP QY4P QY7 RY4NTP RY4PTP QH4P (Output) QX4Y4P (Output) RH4C4NTP (Output) LY4NTP QY4P QY8P RY4NTP RY4PTP XWRPGDMCOM: pcs XWRPGDMCOM: pcs XWRPGDMCOM: pcs XWRPGDMCOM: pcs XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables is replaced by the cable length. Note: This Connector Conversion Unit is for NPN. For PNP, reverse the polarity of the external power supply and I/O on the Connector Conversion Unit. XWZ@@@B, XWZ@@@@BFL Connectors: One 40pin Connector Made by Fujitsu Component, Ltd. to One 40pin ppearance With shield Without shield Model Model 0.5 XWZ050B XWZ0050BFL XWZ00B XWZ000BFL.5 XWZ50B XWZ050BFL XWZ00B XWZ000BFL XWZ00B XWZ000BFL 5 XWZ500B XWZ0500BFL 7 XWZ700B XWZ0700BFL 0 XWZ00B XWZ000BFL 5 XWZ5MB 0 XWZ0MB Cable length L (m) FCN67J040U/F (mating side) XG4M400T (mating side) Triangular mark B L

24 XWR Models for Connection to Mitsubishi PLCs with power supply terminals Models for Connection to Mitsubishi PLCs I/O Points Model Models that connect to PLCs Connecting cables QX4, QX4S, QX4S, QX7 Connection QH4P (Input), QX4Y4P (Input) LX4C4 XWRGGDMCOM: pcs Cable, or Cable Connection B XWZ@@@: 4 Cables 64 QX4, QX4S, QX8, QX8S LX4C4 XWRGGDMCOM: pcs is replaced by the cable length. Note: Refer to page for information on the XWZ@@@B and XWZ@@@@BFL. This Connector Conversion Unit is for NPN. For PNP, reverse the polarity of the external power supply and I/O on the Connector Conversion Unit. XWZ@@@ One 4pin to One 4pin ppearance With shield Model 0.5 XWZ050 XWZ00 XWZ00 5 XWZ500 0 XWZ00 Connection XWZ@@@B: Cables, or XWZ@@@@BFL: Cables Connection B XWZ@@@: 8 Cables Connection Examples L Note: Wire the connector terminals : so that the connector terminal numbers coincide. controller Connection XWZ@@@B or XWZ@@@@BFL The PLC inputs are separated into groups of 8 inputs. XWRGGDMCOM Connection B XWZ@@@ By distributing the input locations, less work is required for changes to sensors and other devices. XWRN08GDCOM (econ Connectors: 4 poles 8) 4 XN470 (econ Connector: 4 poles) Relay Connector XNB470 (econ Connector: 4 poles) XN470 (econ Connector: 4 poles) Connection to sensor

25 XWR Models for Connection to Mitsubishi PLCs with power supply terminals Ordering Information ppearance Model Number of poles XWRGGDMCOM 40 poles x point 4 poles x 4 points Ratings and Specifications Rated current Power supply terminal block: 8 Connectors: Rated voltage 4VDC Insuration resistance Dielectric strength mbient operating temperature 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C External power supply pplicable wires pplicable wire sizes WG 4 to 4 (ferrules) WG 8 to 4 (stranded wires) WG 8 to 6 (solid wires) (Outer diameter of insulation must be 4 mm max) Stripped length WG86: 8 to 0 mm, WG4: 9 to 0 mm Dimensions (Unit: mm) Power supply terminal block MIL Plug: XG V G V G 50 MIL Plug: XG44 (.) 9.7 5

26 XWR Models for Connection to Mitsubishi PLCs with power supply terminals Ordering Information ppearance I/O Points Number of poles (PLC end) I/O Model Mounted Connector model Cable Connector model 8 points 4 poles Input XWRN08GDCOM XG44 (PLC end) XND447 (for input) XG4M40T (PLC end) XN470 (for input) Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length WG86: 8 to 0 mm, WG4: 9 to 0 mm * This is the applicable range for the power supply terminal block. For the applicable wire sizes for I/O Connectors (econ), refer to page 7. Dimensions Power supply terminal block: Connectors/eCON Connectors: (However, rated current of econ Connector depends on the wires that are used.) 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C Refer to page 7 for the recommended econ Connectors. WG 4 to 4 (ferrules), WG 8 to 4 (stranded wires), WG 8 to 6 (solid wires) (Outer diameter of insulation must be 4 mm max) External power supply (This connection diagram is for combining with CN on the XWRGGDMCOM.) econ (Unit: mm) Power supply terminal block MIL Plug: XG (44.8) V G V G econ Sockets: XND447 (0.8) The econ address assignments are for combining the XWRGGDMCOM with four XWRN08GDCOM. (.) CN CN4 CN CN 6

27 XWR Models for Connection to Mitsubishi PLCs with power supply terminals Pushin spring Ordering Information ppearance I/O Points Input/Output Model points Input Output XWRPGDMCOM XWRPGDMCOM Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature ppli cable wires pplicable wire sizes Stripped length Dimensions /signal, 8 /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules) WG 8 to 4 (stranded or solid) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules B 80 mm Round ferrules Dia. C 80 mm Dimension (Width).7 mm max. The crosssectional Square area after crimping must ferrules Dimension B (Height) mm max. be 4.8 mm or less Round Dimension C mm dia. max. (after crimping) ferrules (Diameter) Refer to page 46 for information on Square/Round ferrule and use tool. (Unit: mm) The label contents depend on the model MIL Plug: XG440 The label contents depend on the model. (44.8) B 0C 0D 0E 0F B C D E F V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V 50 G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G Terminal block word mch side (warm gray) Terminal block word (m+)ch side (light gray) (.) 9.7 XWRPGDMCOM XWRPGDMCOM External power supply Label Contents External power supply XWRPGDMCOM, XWRPGDMCOM Row Row Row mch (m+)ch B 0C 0D 0E 0F B C D E F V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G 7

28 XWR Models for Connection to Mitsubishi PLCs without power supply terminals Model List 4 Wiring method J Phillips screw E Slotted screw (rise up) P Pushin spring Number of poles 4 poles 4 (I/O points: points) Mounted Connector type G MIL (XG4) Mounting method D DIN Track mounting V Vertical screw mounting Horizontal screw Blank mounting PLC Type M Refer to the following M table for details. Models for Connection to Mitsubishi PLCs PLC Type I/O Points Mitsubishi PLC Module model Models that connect to PLCs Connecting cables M M LX4C4 QX4/QX4S/QX4S QX7 RX4C4 QH4P (Input) QX4Y4P (Input) RH4C4NTP (Input) LX4C4 QX4/QX4S QX8/QX8S RX4C4 LY4NTP QY4P QY7 RY4NTP RY4PTP QH4P (Output) QX4Y4P (Output) RH4C4NTP (Output) LY4NTP QY4P QY8P RY4NTP RY4PTP * Replace the box (@) with the wiring method code (J, E, or P). is replaced by the cable length. XWR@4GDM: pcs XWR@4GDM: pcs XWR@4GDM: pcs XWR@4GDM: pcs XWZ@@@B: Cable, or XWZ@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cables XWZ@@@B: Cable, or XWZ@@@@BFL: Cable XWZ@@@B: Cables, or XWZ@@@@BFL: Cable XWZ@@@B, XWZ@@@@BFL Connectors: One 40pin Connector Made by Fujitsu Component, Ltd. to One 40pin ppearance With shield With shield Model Model 0.5 XWZ050B XWZ0050BFL XWZ00B XWZ000BFL.5 XWZ50B XWZ050BFL XWZ00B XWZ000BFL XWZ00B XWZ000BFL 5 XWZ500B XWZ0500BFL 7 XWZ700B XWZ0700BFL 0 XWZ00B XWZ000BFL 5 XWZ5MB 0 XWZ0MB FCN67J040U/F (mating side) XG4M400T (mating side) Triangular mark B L 8

29 XWR Models for Connection to Mitsubishi PLCs without power supply terminals Phillips screw Ordering Information ppearance I/O Points (Number of poles) Model (4) XWRJ4GDM XWRJ4GDM * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable ppli wire sizes cable Stripped length wires Tightening Dimensions 0.5 /signal, /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (round or forked crimp terminals) WG 6 to 6 (stranded or solid wires) 9 mm 0.5 N m Details on Crimp Terminals Wiring s Using Crimp Terminals (With a Terminal Block with M Screws) Terminal Screw Tightening Torque Use a tightening torque of 0.5 N m when connecting wires or crimp terminals to the terminal block. Round crimp terminals. mm dia. Forked crimp terminals. mm 5.8 mm max. 5.8 mm max. pplicable crimp terminals pplicable wires Round crimp terminals.5 WG to 6 (0.0 to.5 mm ) Forked crimp terminals.5y WG to 6 (0.0 to.5 mm ) (Unit: mm) 0.7 MIL Plug: XG440 (44.8) 50 M.5 7 (Pitch) The label contents depend on the model. 5.8 (48.05) 9.7 XWRJ4GDM XWRJ4GDM (COM) (0) () () () (4) (5) (6) (7) (8) (9) () (B) (C) (D) (E) (F) 9 4 (+V) (0) () () () (4) (5) (6) (7) (8) (9) () (B) (C) (D) (E) (F) (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) (0B) (0C) (0D) (0E) (0F) () Label Contents XWRJ4GDM (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) (0B) (0C) (0D) (0E) (0F) (0V) XWRJ4GDM 9

30 XWR Models for Connection to Mitsubishi PLCs without power supply terminals Slotted screw (rise up) Ordering Information ppearance I/O Points (Number of poles) Model (4) XWRE4GDM XWRE4GDM * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wire pplic sizes able Stripped length wires Tightening Dimensions 0.5 /signal, /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (ferrules) WG 6 to 6 (stranded or solid wires) 7 mm 0.5 to 0.6 N m MIL Plug: XG440 Details on Crimp Terminals pplicable crimp pplicable wires Round rod terminals Dia. TC05 WG to WG8 Dia. = (0.0 to 0.75 mm 80 mm ) Rod TC.5S WG to WG6 Blade Dia. =.5 (0.0 to.5 mm ) t = 0.75 BT mm WG to WG6 W Blade BT.50 (0.0 to.5 mm W =. ) Note: Round rod and blade crimp terminals are made by Nichifu. (Unit: mm) 98.5 (44.8) 50 The label contents depend on the model..5 5 (Pitch) (4) 9.7 XWRE4GDM XWRE4GDM (COM) (0) () () () (4) (5) (6) (7) (8) (9) () (B) (C) (D) (E) (F) (0) () () () (4) (5) (6) (7) (8) (9) () (B) (C) (D) (E) (F) (+V) (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) (0B) (0C) (0D) (0E) (0F) () (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) (0B) (0C) (0D) (0E) (0F) (0V) Label Contents XWRE4GDM XWRE4GDM 0

31 XWR Models for Connection to Mitsubishi PLCs without power supply terminals Pushin spring Ordering Information ppearance I/O Points (Number of poles) Model (4) XWRP4GDM XWRP4GDM * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length Dimensions 0.5 /signal, /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules) WG 8 to 4 (stranded or solid) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm MIL Plug: XG440 Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Dimension Square (Width) ferrules Dimension B (Height) Round Dimension C ferrules (Diameter) Square ferrules B 80 mm Round ferrules Dia. C.7 mm max. The crosssectional area after crimping must be mm max. 4.8 mm or less mm dia. max. (after crimping) 80 mm Refer to page 46 for information on Square/Round ferrule and use tool. (Unit: mm) 98.5 (44.8) B C D E F COM B 0C 0D 0E 0F The label contents depend on the model. 5 (Pitch) (.) 9.7 XWRP4GDM XWRP4GDM (COM) (0) () () () (4) (5) (6) (7) (8) (9) () (B) (C) (D) (E) (F) 9 4 (+V) (0) () () () (4) (5) (6) (7) (8) (9) () (B) (C) (D) (E) (F) (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) (0B) (0C) (0D) (0E) (0F) () Label Contents XWRP4GDM (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) (0B) (0C) (0D) (0E) (0F) (0V) XWRP4GDM

32 XWR Models for Keyence PLCs with power supply terminals Model List XWR P G D K COM Wiring method P Pushin spring I/O Points Points Mounted Connector type G MIL (XG4) Mounting method D DIN Track mounting PLC Type Refer to the following K table for details. Power supply terminals COM Provided Models for Keyence PLCs I/O I/O Points Unit Models for Keyence PLCs Models that connect to PLCs Connecting cables XWZ@@@EE: Cable, or KVCX, KVCXC XWRPGDKCOM: pcs Input Unit XWZ@@@@EEL: Cable Input Model XWZ@@@EE: Cables, or 64 KVC64X, KVC64XB, KVC64XC XWRPGDKCOM: pcs XWZ@@@@EEL: Cables is replaced by the cable length. Note: This Connector Conversion Unit is for NPN. For PNP, reverse the polarity of the external power supply and I/O on the Connector Conversion Unit. XWZ@@@EE, XWZ@@@EEL Connectors: One 4pin to One 4pin ppearance With shield Without shield Model Model 0.5 XWZ050EE XWZ0050EEL XWZ00EE XWZ000EEL.5 XWZ50EE XWZ050EEL XWZ00EE XWZ000EEL XWZ00EE XWZ000EEL 5 XWZ500EE XWZ0500EEL 7 XWZ0700EEL 0 XWZ000EEL L XG4M40T (mating side) Triangular mark XG4M40T (mating side) Triangular mark Note: Wire the connector terminals : so that the connector terminal numbers coincide.

33 XWR Models for Keyence PLCs with power supply terminals Pushin spring Ordering Information ppearance I/O Points Model XWRPGDKCOM Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length Dimensions /signal, 8 /common 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules) WG 8 to 4 (stranded or solid) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm The label contents depend on the model Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules Round ferrules Dimension (Width) Dimension B (Height) Dimension C (Diameter) Square ferrules B 80 mm Round ferrules Dia. C.7 mm max. The crosssectional area after crimping must be mm max. 4.8 mm or less mm dia. max. (after crimping) Refer to page 46 for information on Square/Round ferrule and use tool. : XG44 (44.8) 80 mm (Unit: mm) 50 Terminal block word mch side (warm gray) Terminal block word (m+)ch side (light gray) 9.7 (.) XWRPGDKCOM External power supply Label Contents XWRPGDKCOM mch (m+)ch V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G G

34 XWR Models for Keyence PLCs without power supply terminals Model @ Wiring method J Phillips screw P Pushin spring Number of poles 4 4 poles (I/O points: points) * poles (I/O points: 6 points) * *. K Type *. K Type Mounted Connector type G MIL (XG4) Mounting method D DIN Track mounting V Vertical screw mounting Horizontal screw Blank mounting PLC Type K Refer to the following K table for details. Models for Keyence PLCs I/O I/O Points Unit Models for Keyence PLCs Models that connect to PLCs Connecting cables Input KVCX, KVCXC Output I/O Input Output 64 I/O Unit Model CPU Unit Model KVCT, KVCTC, KVCTCP KVCTD KVCXTD KVC64X, KVC64XB, KVC64XC KVC64T, KVC64TC, KVC64TD, KVC64TCP KV000, KV000, KV5000, KV5500 * Replace the box (@) with the wiring method code (J or P). is replaced by the cable length. XWR@4GDK: pcs XWR@4GDK: pcs XWR@40GDK: pcs XWZ@@@EE, XWZ@@@@EEL Connectors: One 4pin to One 4pin ppearance With shield Without shield Model Model 0.5 XWZ050EE XWZ0050EEL XWZ00EE XWZ000EEL.5 XWZ50EE XWZ050EEL XWZ00EE XWZ000EEL XWZ00EE XWZ000EEL 5 XWZ500EE XWZ0500EEL 7 XWZ0700EEL 0 XWZ000EEL Cable length L (m) XG4M40T (mating side) XWZ@@@EE: Cable, or XWZ@@@@EEL: Cable XWZ@@@EE: Cables, or XWZ@@@@EEL: Cables XWZ@@@K: Cable, or XWZ@@@@FFL: Cable XG4M40T (mating side) Triangular mark L Triangular mark Note: Wire the connector terminals : so that the connector terminal numbers coincide. XWZ@@@K, XWZ@@@@FFL Connectors: One 40pin to One 40pin ppearance With shield Without shield Model Model 0.5 XWZC5K 0.5 XWZC50K XWZ0050FFL XWZ00K XWZ000FFL.5 XWZ50K XWZ050FFL XWZ00K XWZ000FFL XWZ00K XWZ000FFL 5 XWZ500K XWZ0500FFL 7 XWZ0700FFL 0 XWZ00K XWZ000FFL Cable length L (m) L XG4M400T (mating side) XG4M400T (mating side) Triangular mark Triangular mark Note: Wire the connector terminals : so that the connector terminal numbers coincide. 4

35 XWR Models for Keyence PLCs without power supply terminals Phillips screw Ordering Information ppearance I/O Points (Number of poles) Model Dimension (mm) (4) XWRJ4GDK (40) XWRJ40GDK 5.7 * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable pplic wire sizes able Stripped wires length Tightening Dimensions 5 VC/DC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (round or forked crimp terminals) WG 6 to 6 (stranded or solid wires) 9 mm 0.5 N m Details on Crimp Terminals Wiring s Using Crimp Terminals (With a Terminal Block with M Screws) Terminal Screw Tightening Torque Use a tightening torque of 0.5 N m when connecting wires or crimp terminals to the terminal block. Round crimp terminals. mm dia. Forked crimp terminals. mm 5.8 mm max. 5.8 mm max. pplicable crimp terminals pplicable wires Round crimp terminals.5 WG to 6 (0.0 to.5 mm ) Forked crimp terminals.5y WG to 6 (0.0 to.5 mm ) (Unit: mm) The label contents depend on the model. MIL Plug: XG44 (44.8) (Pitch) M 5.8 (48.05) 9.7 XWRJ4GDK XWRJ40GDK (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) (COM) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (6) (7) (8) (9) (40) (000) (00) (00) (00) (004) (005) (006) (007) (008) (009) (00) (0) (0) (0) (04) (05) (COM0) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (6) (7) (8) (9) (0) Label Contents XWRJ4GDK XWRJ40GDK 5

36 XWR Models for Keyence PLCs without power supply terminals Pushin spring Ordering Information ppearance I/O Points (Number of poles) Model Dimension (mm) (4) XWRP4GDK (40) XWRP40GDK.5 * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature ppli cable wires pplicable wire sizes Stripped length Dimensions C/ DC5V 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules), WG 8 to 4 (stranded or solid wires) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm, WG4: 9 to 0 mm MIL Plug: XG44 Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules B 80 mm Round ferrules Dia. C 80 mm Dimension (Width).7 mm max. The crosssectional Square area after crimping must ferrules Dimension B (Height) mm max. be 4.8 mm or less Round Dimension C mm dia. max. (after crimping) ferrules (Diameter) Refer to page 46 for information on Square/Round ferrule and use tool. (Unit: mm) (44.8) COM COM0 The label contents depend on the model. 5 (Pitch) 9.7 (.) XWRP4GDK XWRP40GDK (00) (0) (0) (0) (04) (05) (06) (07) (08) (09) (0) () () () (4) (5) (COM) () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (6) (7) (8) (9) (40) (000) (00) (00) (00) (004) (005) (006) (007) (008) (009) (00) (0) (0) (0) (04) (05) (COM0) Label Contents XWRP4GDK () () () (4) (5) (6) (7) (8) (9) (0) () () () (4) (5) (6) (7) (8) (9) (0) XWRP40GDK 6

37 Input Device Connectors: XN econ Connectors Ordering Information XWR For Sensor ppearance Number of poles Model Relay Connector ppearance Number of poles Model 4 XN470 4 XNB470 Ratings and Specifications Rated current Rated voltage Contact resistance Insuration resistance Dielectric strength Insertion durability mbient operating temperature pplicable wires * The operating temperature range is restricted by the maximum operating temperature of the cable. Wiring Procedure /pin (with WG0 wires), /pin (with WG wires), /pin (with WG4 wires), 0.5 /pin (with WG6 or WG8 wires) VDC 0 mω max. (at 0 mv, 00 m max.) 0 MΩ min. (at 500VDC),000 VC for 60 sec (leakage current: m max.) 50 times 0 to 75 C Stranded wire 0.08mm (WG8) to 0.5mm (WG0) (Outer diameter of insulation must be.5 mm max) Wire Preparation Use the strip gauge on the front panel and strip 7 to 8 mm of the insulation. If you use stranded wires, twist them several times. 78 mm. Insert a flatblade screwdriver into the release hole and gently reset the lever. You should hear the operation lever reset. Operation lever (white) Release hole Connection Procedure. Press a flatblade screwdriver into the operation hole until the operation lever locks into place. Flatblade screwdriver Operation hole. Insert the wire all the way into the wire insertion hole. Confirm that the insulation on the wire also enters the wire insertion hole and that the end of the wire has passed through the connection section. 4. Finally, check the following items. Make sure the operation lever has been reset. Check the items given in step again. (Pull lightly on the wire to see if it is held firmly in place.) Disconnection Procedure. Press in the operation level, confirm that the operation lever is locked into place, and then pull out the wire.. fter you remove the wire, always reset the operation lever. However, if you are going to connect another wire to the same terminal, you do not need to reset the operation lever and can immediately connect the other wire. Operation lever (white) 7

38 Connector Conversion Units for Generalpurpose Devices XWR Many Variations in Connectors and Number of Poles Models available with Phillips screw, slotted screw, pushin, or econ connections. The terminal arrangement enables smoother wiring work. Pushin terminals simplify wiring and make the s even easier to use. (In comparison to the OMRON XWF.) Mounting to DIN Track is possible. Models that are mounted with screws are also available. Refer to page 49. Model List With power supply terminals XWR G COM Wiring method I/O Points N econ 08 G MIL (XG4) D V DIN Track mounting Vertical screw mounting COM Provided Blank Horizontal screw mounting Without power supply terminals XWR Mounted Connector type Mounting method T Power supply terminals J E P Wiring method Phillips screw Slotted screw (rise up) Pushin spring Number of poles Mounted Connector type G MIL (XG4) F FCN D Dsub R MR M MDR Options (Order Separately) Connecting Cables for Connector Conversion Units Refer to page Plug/Socket Blank Plug (male) R Socket (female) Consult your OMRON representative for these models. Mounting method D DIN Track mounting V Vertical screw mounting Blank Horizontal screw mounting 8

39 With power supply terminals XWR econ Type Ordering Information ppearance I/O Points I/O Model Mounted Connector model Cable Connector model 8 Points Input XWRN08GDCOM () (econ Connector) () (econ Connector) * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length Power supply terminal block:, Connectors/eCON Connectors: (However, rated current of econ Connector depends on the wires that are used.) 4VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules), WG 8 to 4 (stranded wires), WG 8 to 6 (solid wires) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm * This is the applicable range for the power supply terminal block. For the applicable wire sizes for I/O Connectors (econ), refer to page 40. External power supply econ Dimensions (Unit: mm) Power supply terminal block MIL Plug: XG (44.8) 50 econ Sockets: XND447 x sockets (0.8) (.) 9.7 9

40 XWR Input Device Connectors: XN econ Connectors Ordering Information For Sensor ppearance Number of poles Model Relay Connector ppearance Number of poles Model 4 XN470 4 XNB470 Ratings and Specifications Rated current /pin (with WG0 wires), /pin (with WG wires), /pin (with WG4 wires), 0.5 /pin (with WG6 or WG8 wires) Rated voltage VDC Contact resistance 0 mω max. (at 0 mv, 00 m max.) Insuration resistance 0 MΩ min. (at 500VDC) Dielectric strength,000 VC for 60 sec (leakage current: m max.) Insertion durability 50 times mbient operating temperature 0 to 75 C pplicable wires Stranded wire 0.08mm (WG8) to 0.5mm (WG0) (Outer diameter of insulation must be.5 mm max) * The operating temperature range is restricted by the maximum operating temperature of the cable. Wiring Procedure Wire Preparation Use the strip gauge on the front panel and strip 7 to 8 mm of the insulation. If you use stranded wires, twist them several times. 7 to 8 mm. Insert a flatblade screwdriver into the release hole and gently reset the lever. You should hear the operation lever reset. Operation lever (white) Release hole Connection Procedure. Press a flatblade screwdriver into the operation hole until the operation lever locks into place. Flatblade screwdriver Operation hole. Insert the wire all the way into the wire insertion hole. Confirm that the insulation on the wire also enters the wire insertion hole and that the end of the wire has passed through the connection section. Connection section Wire insulation Wire insertion hole 4. Finally, check the following items. Make sure the operation lever has been reset. Check the items given in step again. (Pull lightly on the wire to see if it is held firmly in place.) Disconnection Procedure. Press in the operation level, confirm that the operation lever is locked into place, and then pull out the wire.. fter you remove the wire, always reset the operation lever. However, if you are going to connect another wire to the same terminal, you do not need to reset the operation lever and can immediately connect the other wire. Operation lever (white) 40

41 Without power supply terminals Phillips screw XWR Ordering Information ppearance Mounted Connector model Number of poles Model Dimension (mm) XG40 0 XWRJ0GDT 8.7 XG44 4 XWRJ4GDT 0.7 XG XWRJ40GDT 5.7 XG XWRJ50GDT 86.7 XG XWRJ60GDT.7 FCN Connector FCN64P040U 40 XWRJ40FDT 5.7 * The mounted Connector shown in the appearance illustration is a. * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplic able wires pplicable wire sizes Stripped length Tightening 5 VC, 4 VDC 00MΩ min.(at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (round or forked crimp terminals) WG 6 to 6 (stranded or solid wires) 9 mm 0.5 N m Details on Crimp Terminals Wiring s Using Crimp Terminals (With a Terminal Block with M Screws) Terminal Screw Tightening Torque Use a tightening torque of 0.5 N m when connecting wires or crimp terminals to the terminal block. Round crimp terminals. mm dia. Forked crimp terminals. mm 5.8 mm max. 5.8 mm max. pplicable crimp terminals pplicable wires Round crimp terminals.5 WG to 6 (0.0 to.5 mm ) Forked crimp terminals.5y WG to 6 (0.0 to.5 mm ) Dimensions (Unit: mm) Drawing is MIL Plug: XG4@@ Mounted Connector model: (44.8) Connector 50.5 M 7 (Pitch) The label contents depend on the number of poles. (48.05) 9.7 Mounted Connector model: FCN Connector 5.8 Connector Label Contents Note: The label contents for a with 4 poles are shown. 4

42 XWR Without power supply terminals Slotted screw (rise up) Ordering Information ppearance Mounted Connector model Number of poles Model Dimension (mm) * The mounted Connector shown in the appearance illustration is a. * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature ppli cable wires pplicable wire sizes Stripped length Tightening XG40 0 XWRE0GDT 64.4 XG44 4 XWRE4GDT 98.5 XG XWRE40GDT.5 XG XWRE50GDT 8.5 XG XWRE60GDT 6.5 FCN Connector FCN64P040U 40 XWRE40FDT.5 5 VC, 4 VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG to 6 (ferrules) WG 6 to 6 (stranded or solid wires) 7 mm 0.5 to 0.6 N m Details on Crimp Terminals pplicable crimp terminals TC05 Dia. = Rod TC.5S Dia. =.5 BT.59 Blade BT.50 W =. pplicable wires WG to WG8 (0.0 to 0.75 mm ) WG to WG6 (0.0 to.5 mm ) WG to WG6 (0.0 to.5 mm ) Round rod Dia. Blade t = mm 80 mm Note: Round rod and blade crimp terminals are made by Nichifu. Dimensions (Unit: mm) W Drawing is MIL Plug: XG4@@ (44.8) Connector 50 The label contents depend on the number of poles..5 5 (Pitch) (4) 9.7 Connector Label Contents Note: The label contents for a with 4 poles are shown. 4

43 Without power supply terminals Pushin spring XWR Ordering Information ppearance Mounted Connector model Number of poles Model Dimension (mm) * The mounted Connector shown in the appearance illustration is a. * Only DIN Track mounting models are described here. Refer to page 49 for information on screw mounting models. Ratings and Specifications Rated current Rated voltage Insuration resistance Dielectric strength mbient operating temperature pplicable wires pplicable wire sizes Stripped length XG40 0 XWRP0GDT 64.4 XG44 4 XWRP4GDT 98.5 XG XWRP40GDT.5 XG XWRP50GDT 8.5 XG XWRP60GDT 6.5 FCN Connector FCN64P040U 40 XWRP40FDT.5 5 VC, 4 VDC 00MΩ min. (at 500VDC) 500VC for min (leakage current: m max.) 0 to 55 C WG 4 to 4 (ferrules) WG 8 to 4 (stranded or solid) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules Round ferrules Dimension (Width) Dimension B (Height) Dimension C (Diameter) Square ferrules B 80 mm Round ferrules Dia. C.7 mm max. The crosssectional area after crimping must be mm max. 4.8 mm or less mm dia. max. (after crimping) 80 mm Refer to page 46 for information on Square/Round ferrule and use tool. Dimensions (Unit: mm) Drawing is MIL Plug: XG4@@ Mounted Connector model: (44.8) Connector 50 5 (Pitch) The label contents depend on the number of poles. 9.7 (.) Mounted Connector model: FCN Connector Connector Label Contents Note: The label contents for a with 4 poles are shown. 4

44 Common Terminals XWRCOM Spacesaving and less wiring work of power supply wiring are achieved. Common wiring is already wired on the PCB, transition wiring is unnecessary. Wiring is completed by one action. Models available with +,,+ Mix. pplication Example for Each terminalconnected by PCB. Busbar and transition wiring are unnecessary. for Connection Examples PLC Connection cable (XWZ) Power supply Common Terminal Connector terminal conversion unit for signal Model list XWR P D COM Wiring metho P Pushin spring Terminal number of poles Type of connector P + Common M B Common + Mix D DIN Track mounting COM Provided 44

45 Ordering Information XWR ppearance Specification Number of poles Model + Common terminal Common terminal 40 + Mix terminal Ratings and Specifications Rated current Rated voltage Insuration resistance mbient operating temperature pplicable wires pplicable wire sizes Stripped length 0(Unit total) 5VDC/40VC 00MΩmin. (at 500VDC) 0 to 55 C Ferrule:WG4 to 4 (0.mm to mm ) Stranded or solid wire:wg 8 to 4 (0.08mm to mm ) (Outer diameter of insulation must be 4 mm max) WG86: 8 to 0 mm WG4: 9 to 0 mm Details on Crimp Terminals pplicable Ferrules Use ferrules of the lengths and thicknesses specified below.if other lengths or thicknesses are used, connection maynot be possible or it may not be possible to insert or remove the posts. Ferrule Dimensions Square ferrules Round ferrules Dimension (Width) Dimension B (Height) Dimension C (Diameter) Square ferrules B 80 mm Round ferrules Dia. C.7 mm max. The crosssectional area after crimping must be mm max. 4.8 mm or less mm dia. max. (after crimping) 80 mm Refer to page 46 for information on Square/Round ferrule and use tool. Dimensions 64.4 The label contents depend on the model. (.) Label Contents XWRP40PDCOM Upper Lower XWRP40MDCOM Upper Lower XWRP40BDCOM Lower Upper

46 XWR Safety Precautions Precautions for Correct Use Wiring Precautions Do not perform wiring work, remove connectors, or connect connectors while power is being supplied. Electric shock or damage to the device may result. Doublecheck all wiring before turning ON the power supply. fter wiring, route the cable so that force is not applied directly to the connections. Wires for s Do not damage the cores when stripping the insulation from them. lways twist stranded wires together before connecting them. Do not presolder wires. It may not be possible to connect them or remove them. XWRP@@ type (Square/Round ferrule) Type of terminal Manufacturer Size Recommend ferrule Recommend crimp tool Square ferrule Round ferrule Phoenix Contact Weidmuller Nichifu WG4 WG WG0 WG8 WG6 WG4 WG4 WG WG0 WG8 WG6 WG4 WG WG6 of ferrule model is for color (Ex: YE = ) I0.58@@ I0.48TQ I0.50WH I0.58WH I0.750GY I0.758GY I.50BK I.58BU H0.5/ H0.4/ H0.5/4 H0.75/4 H.5/4 H.5/5D TGV TC.59T When an electric wire is connected directly (J,E,P type) CRIMFOX6 PZ6 roto NH NH NH65 a Model XWRJ@@ XWRE@@ XWRP@@ Strip length a 9 mm 7 mm WG86: 8 to 0 mm WG4: 9 to 0 mm Mounting Units to and Removing Units from DIN Track Mounting Procedure Removal Procedure Press. Hook.. Hook the Unit on the DIN Track.. Press the Unit onto the DIN Track to secure it.. Insert a flatblade screwdriver into the DIN Track lock.. Move the screwdriver like a lever to free the lock. 46

47 XWR Connecting Spring cramp Terminals Using Ferrules How to insert wire How to release wire Release hole Terminal holes The wire should be pushed into the terminal block till stopping. Insert the screwdriver into the release hole and pull out the ferrule. Using Stripped Wires Inserting and Removing Wires Insert the screwdriver into the release hole, and the wire should be inserted into the wire insertion hole, and then pull out the screwdriver. Inserting Wires. Press the a flatblade screwdriver diagonally into the release hole. Press at an angle of 0 to 5. If you press in the screwdriver correctly, you will feel the spring in the release hole. Removing Wires. Press the flatblade screwdriver diagonally into the release hole. Press at an angle of 0 to 5. If you press in the screwdriver correctly, you will feel the spring in the release hole. Release hole Flatblade screwdriver Flatblade screwdriver 0 to 5 0 to 5. Leave the flatblade screwdriver pressed into the release hole and insert the stranded wire or the solid wire into the terminal hole. Insert the stranded wire or the solid wire until the stripped portion is no longer visible to prevent shorting.. Leave the flatblade screwdriver pressed into the release hole and pull out the wire. Stranded wire/solid wire. Remove the flatblade screwdriver from the release hole. Wire. Remove the flatblade screwdriver from the release hole. 47

48 XWR Precautions for Safe Use Do not press the flatblade screwdriver straight into the release hole. Doing so may break the terminal block. When you insert a flatblade screwdriver into a release hole, press it down with a force of 0 N max. pplying excessive force may damage the terminal block. Do not tilt or twist the flatblade screwdriver while it is pressed into the release hole. Doing so may break the terminal block. Make sure that all wiring is correct. Do not bend the cable forcibly. Doing so may sever the cable. Use tool Select a use tool from following table. Model Use tool Specialized tool and dimension XWRJ@@ Phillips screwdriver JIS# XWRE@@ XWRP@@ Flatblade screwdriver Model XW4Z00B Flatblade screwdriver Model XW4Z00B Head of screwdriver Is 0.4 x.5mm max. Bending Radius of Connecting Cables To prevent damaging the Connecting Cables, use the following minimum bending radii as @ End of model number BFL, EEL, FFL EE B, D, K, L, N Minimum bending radius 66 mm 67. mm 8 mm 88 mm For checking electrical continuity XWRE@@ type: There is no elecrical continuity in the screw, Please confirm it at hole for confirming continuity or wiring part. 48

49 Screw Mounting Connector Conversion Units Horizontal Screw Mounting Model List Type Wiring method Mounted connector type and model ll models can be mounted to DIN track. For details, refer to page 9. Number of poles Model Connected PLC manufacturer Dimension Dimension B Reference dimensions diagram, pattern Reference wiring diagram PLC connection OMRON Phillips screws MIL XG440 4 XWRJ4GC Page 0 PLC connection OMRON Phillips screws MIL XG440 4 XWRJ4GC Page 0 PLC connection OMRON Phillips screws MIL XG440 4 XWRJ4GC Page 0 PLC connection OMRON Phillips screws MIL XG440 4 XWRJ4GC Page 0 PLC connection OMRON Slotted screws MIL XG440 4 XWRE4GC Page PLC connection OMRON Slotted screws MIL XG440 4 XWRE4GC Page PLC connection OMRON Slotted screws MIL XG440 4 XWRE4GC Page PLC connection OMRON Slotted screws MIL XG440 4 XWRE4GC Page PLC connection OMRON Pushin spring MIL XG440 4 XWRP4GC Page PLC connection OMRON Pushin spring MIL XG440 4 XWRP4GC Page PLC connection OMRON Pushin spring MIL XG440 4 XWRP4GC Page PLC connection OMRON Pushin spring MIL XG440 4 XWRP4GC Page PLC connection OMRON Pushin spring MIL XG40 6 XWRP6GCCOM Page 6 PLC connection OMRON Pushin spring MIL XG40 6 XWRP6GCCOM Page 6 PLC connection OMRON Pushin spring MIL XG440 XWRPGCCOM Page 6 PLC connection OMRON Pushin spring MIL XG440 XWRPGCCOM Page 6 PLC connection OMRON Pushin spring MIL XG440 XWRPGCCOM Page 6 PLC connection OMRON Pushin spring MIL XG440 XWRPGC4COM Page 6 PLC connection Mitsubishi Phillips screws MIL XG440 4 XWRJ4GM Page 9 PLC connection Mitsubishi Phillips screws MIL XG440 4 XWRJ4GM Page 9 PLC connection Mitsubishi Slotted screws MIL XG440 4 XWRE4GM Page 0 PLC connection Mitsubishi Slotted screws MIL XG440 4 XWRE4GM Page 0 PLC connection Mitsubishi Pushin spring MIL XG440 4 XWRP4GM Page PLC connection Keyence Pushin spring MIL XG440 4 XWRP4GM Page PLC connection Keyence Phillips screws MIL XG44 4 XWRJ4GK Page 5 PLC connection Keyence Phillips screws MIL XG XWRJ40GK Page 5 PLC connection Keyence Pushin spring MIL XG44 4 XWRP4GK Page 6 PLC connection Keyence Pushin spring MIL XG XWRP40GK.5 Page 6 Generalpurpose Phillips screws MIL XG40 0 XWRJ0GT Page 4 Generalpurpose Phillips screws MIL XG44 4 XWRJ4GT Page 4 Generalpurpose Phillips screws MIL XG XWRJ40GT Page 4 Generalpurpose Phillips screws MIL XG XWRJ50GT Page 4 Generalpurpose Phillips screws MIL XG XWRJ60GT.7. Page 4 Generalpurpose Phillips screws FCN FCN64P040U 40 XWRJ40FT Page 4 Generalpurpose Slotted screws MIL XG40 0 XWRE0GT Page 4 Generalpurpose Slotted screws MIL XG44 4 XWRE4GT Page 4 Generalpurpose Slotted screws MIL XG XWRE40GT.5 Page 4 Generalpurpose Slotted screws MIL XG XWRE50GT Page 4 Generalpurpose Slotted screws MIL XG XWRE60GT Page 4 Generalpurpose Slotted screws FCN FCN64P040U 40 XWRE40FT.5 Page 4 Generalpurpose Pushin spring MIL XG40 0 XWRP0GT Page 4 Generalpurpose Pushin spring MIL XG44 4 XWRP4GT Page 4 Generalpurpose Pushin spring MIL XG XWRP40GT.5 Page 4 Generalpurpose Pushin spring MIL XG XWRP50GT Page 4 Generalpurpose Pushin spring MIL XG XWRP60GT Page 4 Generalpurpose Pushin spring FCN FCN64P040U 40 XWRP40FT.5 Page 4 PLC connection Mitsubishi MIL connector relay MIL XG XWRGGMCOM Page 5 Generalpurpose econ MIL XG44 4 XWRN08GCOM Page 9 49

50 Screw Mounting Connector Conversion Units (Unit: mm) B Depends on mounted connector. The XG4@@ Plug is shown. (45.) B Depends on mounted connector. The XG4@@ Plug is shown. (45.) M 7(Pitch) 9 Depends on mounted connector. Depends on number of poles. 5.8 (48.5) 0 Depends on number of poles. Depends on mounted connector. 0 (4.) Two, 4.5dia. holes Two, 4.5dia. holes (Pitch) 4.5 B Depends on mounted connector. The XG4@@ Plug is shown. (45.) 4 Depends on model number. B MIL Plug: XG4@@ Depends on model number. (45.) (Pitch) Depends on mounted connector. 0 (.4) 9 Depends on number of poles MIL Plug: XG440 (45.) MIL Plug: XG44 (45.) XG (.4) econ Sockets: XND447 0 (.) (.4) Two, 4.5dia. holes Two, 4.5dia. holes 9 0 (.4) Power supply terminal block Power supply terminal block holes Two, 4.5dia. holes Two, 4.5dia. 50

51 Screw Mounting Connector Conversion Units Vertical Screw Mounting Model List Type Wiring method Mounted connector type and model Number of poles Please consult your OMRON representative for the marketing dates for model in parentheses. ll models can be mounted to DIN track. For details, refer to page 9. Model Connected PLC manufacturer Dimension Dimension B Reference dimensions diagram, pattern Reference wiring diagram PLC connection OMRON Phillips screws MIL XG440 4 (XWRJ4GVC) 0.7. Page 0 PLC connection OMRON Phillips screws MIL XG440 4 (XWRJ4GVC) 0.7. Page 0 PLC connection OMRON Phillips screws MIL XG440 4 (XWRJ4GVC) 0.7. Page 0 PLC connection OMRON Phillips screws MIL XG440 4 (XWRJ4GVC4) 0.7. Page 0 PLC connection OMRON Slotted screws MIL XG440 4 (XWRE4GVC) Page PLC connection OMRON Slotted screws MIL XG440 4 (XWRE4GVC) Page PLC connection OMRON Slotted screws MIL XG440 4 (XWRE4GVC) Page PLC connection OMRON Slotted screws MIL XG440 4 (XWRE4GVC4) Page PLC connection OMRON Pushin spring MIL XG440 4 (XWRP4GVC) Page PLC connection OMRON MIL XG440 4 (XWRP4GVC) Page PLC connection OMRON MIL XG440 4 (XWRP4GVC) Page PLC connection OMRON MIL XG440 4 (XWRP4GVC4) Page PLC connection OMRON MIL XG40 6 (XWRP6GVCCOM) Page 6 PLC connection OMRON MIL XG40 6 (XWRP6GVCCOM) Page 6 PLC connection OMRON MIL XG440 (XWRPGVCCOM) Page 6 PLC connection OMRON MIL XG440 (XWRPGVCCOM) Page 6 PLC connection OMRON MIL XG440 (XWRPGVCCOM) Page 6 PLC connection OMRON MIL XG440 (XWRPGVC4COM) Page 6 PLC connection Mitsubishi Phillips screws MIL XG440 4 (XWRJ4GVM) 0.7. Page 9 PLC connection Mitsubishi Phillips screws MIL XG440 4 (XWRJ4GVM) 0.7. Page 9 PLC connection Mitsubishi Slotted screws MIL XG440 4 (XWRE4GVM) Page 0 PLC connection Mitsubishi Slotted screws MIL XG440 4 (XWRE4GVM) Page 0 PLC connection Mitsubishi MIL XG440 4 (XWRP4GVM) Page PLC connection Mitsubishi MIL XG440 4 (XWRP4GVM) Page PLC connection Keyence Phillips screws MIL XG44 4 (XWRJ4GVK) 0.7. Page 5 PLC connection Keyence Phillips screws MIL XG (XWRJ40GVK) Page 5 PLC connection Keyence MIL XG44 4 (XWRP4GVK) Page 6 PLC connection Keyence MIL XG (XWRP40GVK).5 05 Page 6 Generalpurpose Phillips screws MIL XG40 0 (XWRJ0GVT) Page 4 Generalpurpose Phillips screws MIL XG44 4 (XWRJ4GVT) 0.7. Page 4 Generalpurpose Phillips screws MIL XG (XWRJ40GVT) Page 4 Generalpurpose Phillips screws MIL XG (XWRJ50GVT) Page 4 Generalpurpose Phillips screws MIL XG (XWRJ60GVT).7. Page 4 Generalpurpose Phillips screws FCN FCN64P040U 40 (XWRJ40FVT) Page 4 Generalpurpose Slotted screws MIL XG40 0 (XWRE0GVT) Page 4 Generalpurpose Slotted screws MIL XG44 4 (XWRE4GVT) Page 4 Generalpurpose Slotted screws MIL XG (XWRE40GVT).5 05 Page 4 Generalpurpose Slotted screws MIL XG (XWRE50GVT) Page 4 Generalpurpose Slotted screws MIL XG (XWRE60GVT) Page 4 Generalpurpose Slotted screws FCN FCN64P040U 40 (XWRE40FVT).5 05 Page 4 Generalpurpose MIL XG40 0 (XWRP0GVT) Page 4 Generalpurpose MIL XG44 4 (XWRP4GVT) Page 4 Generalpurpose MIL XG (XWRP40GVT).5 05 Page 4 Generalpurpose MIL XG (XWRP50GVT) Page 4 Generalpurpose MIL XG (XWRP60GVT) Page 4 Generalpurpose FCN FCN64P040U 40 (XWRP40FVT).5 05 Page 4 PLC connection Mitsubishi MIL connector relay MIL XG (XWRGGVMCOM) Page 5 Generalpurpose econ MIL XG44 4 (XWRN08GVCOM) Page 9 5

52 V V G G V V G G Screw Mounting Connector Conversion Units Vertical Screw Mounting Reference Dimensions Diagram Patterns (Unit: mm) B MIL Plug: XG4@@ (44.8) 4.5 B MIL Plug: XG4@@ (44.8) (Pitch) M Depends on number of poles ( 48.05) Two, 4.5dia. holes.5 5(Pitch) Depends on number of poles. 8.5 Two, 4.5dia. holes 9.7 (4) 4 B MIL Plug: XG4@@ (44.8) 4.5 B MIL Plug: XG4@@ (44.8) V V V V V V V V V V V V V V V V V V GGGGGGGGGGGGGGGGGG 50 5(Pitch) Depends on number of poles Depends on number of poles. 8.5 (.) Two, 4.5dia. holes Two, 4.5dia. holes 9.7 (.) 5 6 Power supply terminal block MIL Plug: XG440 (44.8) 4.5 Power supply terminal block MIL Plug: XG44 (44.8) XG Two, 4.5dia. holes 9.7 (.) econ Sockets: XND Two, 4.5dia. holes 9.7 (0.8) (.) 5

53 Shielded Cables for Connector Conversion Units XWZ Connect ConnectorTerminal Block Conversion Units to I/O Units for Programmable Controllers with one touch. Ratings and Specifications Rated current Rated voltage 5 VC 4 VDC Contact resistance 0 mω max. (at 0 mv, 00 m max.) * Insulation resistance 00 MΩ min. (at 500 VDC) Dielectric strength 500 VC for min (leakage current: m max.) * mbient operating temperature 0 to 80 C * Contact resistance for the Connector. * Dielectric strength for the Connector. Materials and Finish Item Part name Materials and Finish Housing XG4M00 Fiberglass reinforced PBT resin (UL94V0)/black Cover XG4M40 XG4M400 Mating end Phosphor bronze/nickel base, 0.5μm gold plating Contacts Pressfit end Phosphor bronze/nickel base,.0μm tin plating Connectors XG4T004/4004 Strain Relief Fiberglass reinforced PBT resin (UL94V0)/black Housing Polyester resin (UL94V0)/black FCN67J04U/F * Mating end Copper alloy/gold plated Contacts FCN67J040U/F * Pressfit end Copper alloy/tin plated Connecting screw Steel/nickel plated Cable UL464 Interface Cable WG8/Shielded Crimp terminal Forked crimp terminal.5 Y S.5 or the equivalent Note: These housings, contacts, and connecting screws are made by Fujitsu Component Ltd. XWZ@@@ Connectors: One 4pin FCN Connector to One 0pin ppearance Model XWZ XWZ00 XWZ50.5 XWZ00 XWZ00 XWZ500 5 XWZ700 7 XWZ00 0 XWZ5M 5 XWZ0M 0 B 0 9 FCN67J04U/F (Mating Side) B XG4M00T (Mating Side) Triangle mark B L 5

54 XWZ Connectors: One 4pin to One 4pin ppearance Model XWZ XWZ00 XWZ00 XWZ500 5 XWZ XG4M40T (Mating Side) XG4M40T (Mating Side) 4 L Note: Wire the pins : so that the Connector pin numbers match. XWZ@@@B Connectors: One 40pin FCN Connector to One 40pin ppearance Type Model XWZ050B 0.5 XWZ00B XWZ50B.5 XWZ00B Normal wiring XWZ00B XWZ500B 5 XWZ700B 7 XWZ00B 0 XWZ5MB 5 XWZ0MB 0 XWZ050BR 0.5 XWZ00BR Reversed wiring XWZ50BR.5 XWZ00BR XWZ00BR XWZ500BR 5 Normal wiring FCN67J040U/F (Mating Side) B XG4M400T (Mating Side) Triangle mark B B Reversed wiring FCN67J040U/F (Mating Side) XG4M400T (Mating Side) Triangle mark 4 L B 54

55 XWZ Connectors: One 40pin FCN Connector to Two 0pin s ppearance B B0 0 Cable Model length L (m) B XWZ00D 0.75 XWZ50D.5.5 XWZ00D.75 XWZ00D.75 XWZ500D XWZ00D XWZ5MD XWZ0MD CN YELLOW CN 0 9 CN 0 9 XWZ@@@EE Connectors: One 4pin to One 4pin ppearance B (50) BLCK (500) Model Cable length L (m) XWZ050EE 0.5 XWZ00EE XWZ50EE.5 XWZ00EE XWZ00EE XWZ500EE FCN67J040U/F CN (Mating Side) B XG4M40T (Mating Side) XG4M00T FCN67J040U/F CN CN (Mating Side) B0 B9 Triangle mark B8 B7 4 B6 B5 B4 B 6 5 B XG4M00T B 8 7 CN B0 B9 0 9 (Mating Side) B8 B7 B6 Triangle B5 mark B4 4 B B B XG4M40T (Mating Side) Triangle mark XG4M00T CN XG4M00T CN L Triangle mark Note: Wire the pins : so that the Connector pin numbers match. XWZ@@@F Connectors: One 0pin to 0 Loose Wires with Crimp Terminals ttached ppearance 9 Model Cable length L (m) XWZ00F XWZ50F.5 XWZ00F XWZ00F XWZ500F 5 XWZ00F 0 XWZ5MF 5 XWZ0MF 0 0 L Forked crimp terminals (M.5) 00(mm) Device end Triangle mark XG4M00T (Mating Side) Forked crimp terminals (M.5) Connector Pin No. Table Forked No. of Insulation Dot Dot Connector terminal cores color marks color pin No. Blue Pink Orange Gray Blue 7 Pink Orange Gray

56 XWZ (to connect CSseries I/O Unit) Connectors: One 56pin FCN Connector to One 60pin ppearance Type Model XWZ050H 0.5 XWZ00H XWZ50H.5 Normal XWZ00H wiring XWZ00H XWZ500H 5 XWZ700H 7 XWZ00H 0 Reversed wiring XWZ00HG XWZ50HG.5 XWZ00HG XWZ00HG XWZ500HG 5 * One or two Cables are used for each PLC I/O Unit. Note:. The CS signals that are connected to the XWB/D are different between the XWZ@@@H@and XWZ@@@H@G. B B8 8 L XWZ@@@H (to connect CSseries I/O Unit) Connectors: One 56pin FCN Connector to One 0pin,One 40pin s ppearance Type Model B XWZ00H 0.75 XWZ50H.5.5 Normal XWZ00H.75 wiring XWZ00H.75 XWZ500H XWZ00H XWZ00HG 0.75 XWZ50HG.5.5 Reversed wiring XWZ00HG.75 XWZ00HG.75 XWZ500HG B B8 8 CN Linear lengths (not including bends) B (50) (500) 0 CN 9 40 CN 9 * One or two Cables are used for each PLC I/O Unit. Note:. The CS signals that are connected to the XWB/D are different between the XWZ@@@H@and XWZ@@@H@G. XWZ@@@H (to connect CSseries I/O Unit) Connectors: One 56pin FCN Connector to Three 0pin s ppearance * One or two Cables are used for each PLC I/O Unit. Model B C XWZ00H 0.75 XWZ50H XWZ00H.75 XWZ00H.75 XWZ500H XWZ00H CN B C (500mm) (50mm) Gray CN CN4 CN (500mm) Linear lengths (not including bends) 56

57 XWZ I/O Signal Tables (Examples for CN on CSWOD9) With Cable Connected With Cable Connected Nch(CN) N+ch(CN) N+ch(CN4) COM COM COM V V V XW@40G@ Nch(CN) N+ch(CN) XW@0G@ N+ch(CN) COM COM COM V V V XWB60G@ Nch(CN) N+ch(CN) N+ch(CN) COM COM COM V V V XW@0G@ Nch(CN) N+ch(CN) N+ch(CN4) +V V V COM COM COM XW@40G@ Nch(CN) N+ch(CN) XW@0G@ N+ch(CN) +V V V COM COM COM XWB60G@ Nch(CN) N+ch(CN) N+ch(CN) +V V V COM COM COM Note: The XWZ@@@H@G have the same I/O signal arrangement as the XWZR Cables for I/O Relay Terminals. XWZ@@@K Connectors: One 40pin to One 40pin ppearance Model XG4M400T (Mating Side) XG4M400T (Mating Side) Triangle mark 9 40 XWZ@@@L Connectors: One 40pin FCN Connector to Two 0pin s ppearance L Model B XWZ00L 0.75 XWZ50L.5.5 XWZ00L.75 XWZ00L.75 XWZ500L XWZ00L XWZ5ML XWZ0ML CN 9 40 B Green (50) (500) 0 CN 9 0 CN 9 Triangle mark Note: Wire the pins : so that the Connector pin numbers match. FCN67J040U/F CN B0 B9 B8 B7 B6 B5 B4 B B B B0 B9 B8 B7 B6 B5 B4 B B B XG4M00T CN XG4M00T CN

58 XWZ Connectors: One 40pin to Two 0pin ppearance 9 CN Model B XWZ00N 0.75 XWZ50N.5.5 XWZ00N.75 XWZ00N.75 XWZ500N XWZ00N XWZ5MN XWZ0MN B Linear lengths (not including bends) Green (50) (500) 0 CN 9 0 CN 9 XG4M400T (Mating Side) Triangle mark XG4M00T CN (Mating Side) XG4M00T CN (Mating Side) Triangle mark Triangle mark XWZ@@@PF (to connect XWR@4G@C@ to OMRON PLC) Connectors: One 40pin FCN Connector to One 40pin ppearance Model XWZ050PF 0.5 XWZ00PF XWZ50PF.5 XWZ00PF XWZ00PF XWZ500PF 5 B 40 9 FCN67J040U/F (Mating Side) 0 0 XG4M400T (Mating Side) Triangle mark B0 0 L B XWZ@@@PM (to connect XWR@4G@C@ to OMRON PLC) Connectors: One 40pin to One 40pin ppearance Model XWZ050PM 0.5 XWZ00PM XWZ50PM.5 XWZ00PM XWZ00PM XWZ500PM XG4M400T (Mating Side) XG4M400T (Mating Side) Triangle mark L Triangle mark Note: Wire the pins : so that the Connector pin numbers match. 58

59 XWZ Connectors: One 0pin to One 0pin ppearance Model XWZC50X 0.5 XWZ00X XWZ00X XWZ00X XWZ500X 5 XWZ00X XG4M00T (Mating Side) XG4M00T (Mating Side) Triangle mark 9 0 L Triangle mark Note: Wire the pins : so that the Connector pin numbers match. Safety Precautions Precautions for Correct Use Wiring Do not perform wiring work, remove connectors, or connect connectors while power is being supplied. Electric shock or damage to the device may result. Doublecheck all wiring before turning ON the power supply. fter wiring, route the cable so that force is not applied directly to the connections. Bending Radius of Connecting Cables To prevent damaging the Connecting Cables, use the following minimum bending radii as @ End of model number Minimum bending radius 60mm,U,F,X 68mm EE 8mm B,BU,B,BB,D, 88mm K,L,N,PF,PM H,H,H 99mm 59

60 Connecting Cables for I/O s XWZ Connect I/O s (XW@) to I/O Units of Programmable Controllers. Fast and Faultless. Ratings and Specifications Rated current Rated voltage * Contact resistance for the Connector. * Dielectric strength for the Connector. Materials and Finish 5 VC 4 VDC Contact resistance 0 mω max. (at 0 mv, 00 m max.) * Insulation resistance 00 MΩ min. (at 500 VDC) Dielectric strength 500 VC for min (leakage current: m max.) * mbient operating temperature 0 to 80 C Item Part name Materials and Finish MIL : Housing XG4M00 Cover Fiberglass reinforced PBT resin (UL94V0)/black XG4M400 Mating end Phosphor bronze/nickel base, 0.5μm gold plating XG4M600 Contacts Pressfit end Phosphor bronze/nickel base,.0μm tin plating Connectors XG4T004/4004/6004 Strain Relief Fiberglass reinforced PBT resin (UL94V0)/black Housing Polyester resin (UL94V0)/black FCN67J04U/FW * Mating end Copper alloy/gold plated FCN67J040U/FW Contacts FCN67J056U/FW Pressfit end Copper alloy/tin plated Connecting screw Steel/nickel plated Cable UL464 Interface Cable WG8 or the equivalent/wg8 Nonshield Note: These housings, contacts, and connecting screws are made by Fujitsu Component, Ltd. 60