Digital I/O Units Compatible with MULTIPLE I/O TERMINAL

Transcription

1 Digital I/O Units Digital I/O Units Compatible with MULTIPLE I/O TERMAL Terminal block, connector, and high-density connector models are available. The circuit block of the terminal block model can be mounted or dismounted for ease of maintenance without disconnecting the wires. D track mounting. Ordering Information Unit I/O classification Internal I/O common I/O points I/O connections Power supply voltage I/O specification Model Terminal block model M terminal board T-ID T-ID- T-OD T-OD- Connector model Molex connector Fujitsu connector DC T-IDMX T-IDMX- T-ODMX T-ODMX- T-IDML T-IDML- T-ODML T-ODML- D-sub -pin connector T-IDDS T-IDDS- T-ODDS T-ODDS- High-density connector model Fujitsu connector T-IDML T-IDML- T-ODML T-ODML- Digital I/O Units T-@D(-)/@DMX(-)/@DML(-)/@DML(-)/@D

2 eneral Specifications Input Specifications voltage. to. DC ( DC -%/+%) Model I/O Interface Internal circuit T-ID(-) ma max. -- T-OD(-) ma max. ma max. T-IDMX(-) ma max. -- T-ODMX(-) ma max. ma max. Current consumption * T-IDML(-) ma max. -- T-ODML(-) ma max. ma max. T-IDDS(-) ma max. -- T-ODDS(-) ma max. ma max. T-IDML(-) ma max. -- T-ODML(-) ma max. ma max. Dielectric strength AC Noise immunity Conforms to IEC-- k (power line) ibration resistance to 0 Hz,.0-mm double amplitude or 0 m/s Shock resistance m/s Mounting method D mm-track mounting Mounting strength No damage when 0 N pull load was applied in all directions ( N min. in the D track direction) Terminal strength Screw tightening torque Ambient operating temperature Ambient operating humidity Ambient storage temperature Accessories No damage when 0 N pull load was applied 0. to 0. N m - C to C (with no icing or condensation) % to % (with no icing or condensation) - C to C I/O Unit Connecting Cable (0 mm) * The above current consumption is a value with all and points turned ON excluding the current consumption of the external sensor connected to the Input Unit and the current consumption of the load connected to the Output Unit. Item Model T-ID@@ ON delay OFF delay ON voltage OFF voltage OFF current Insulation method Input indicators. ms max.. ms max. min. (between each input terminal and or ) max. (between each input terminal and or ) ma max. Photocoupler LED (yellow) Output Specifications Item Model T-OD@@ Rated output current ON delay OFF delay Residual voltage Leakage current Insulation method Output indicators * Ensure that the total external load current does not exceed the values given in the following table. Model 0. A/point * 0. ms max..0 ms max.. max. T-OD/MX/ML(-) T-ODML/DS(-) 0. ma max. Photocoupler LED (yellow) Total external load current A. A Applicable Connectors Type Model Remarks Housing 0-0 Molex connector Fujitsu connector ( points) Fujitsu connector ( points) OMRON D-sub Connector Chain - Corresponding to to 0 AW terminal -0 Corresponding to to AW Solderless terminal Loose - Corresponding to to 0 AW terminal - Corresponding to to AW -0 Corresponding to to AW Press-fit tool -0 Corresponding to to 0 AW Solder terminal FCNJ-AU Press-fit terminal FCNJ-AU/F Solderless terminal FCNJ-AU Solder terminal FCNJ0-AU Press-fit terminal FCNJ0-AU/F Solderless terminal FCNJ0-AU Plug XMA- Hood XMS- #-0U inch screws Cables with High-density Connectors (Fujitsu-compatible Connectors) I/O classification ( points) ( points) ( points) ( points) Note: Refer to page for ordering information. Model XWZ-@@@A -@C XWZ-@@@A -@C XWZ-@@@B -I@C@ XWZ-@@@B -O@C-@ Digital I/O Units T-@D(-)/@DMX(-)/@DML(-)/@DML(-)/@D

3 Cables for I/O Connector Cables for Connector Terminal Conversion Units ( Points) ( points) Cables for Connector Terminal Conversion Units ( Points) Cables for I/O Blocks ( Points) Cables for I/O Blocks ( Points) T-IDML(-) Note: For details of applicable cables and connectors, refer to pages to. XWZ-@@@A XWD- XWE-- Slim-type Connector Terminal Conversion Unit Common terminal (-tier input type) ( points) T-ODML(-) XWD- Slim-type Connector Terminal Conversion Unit ( points) ( points) T-IDML(-) T-ODML(-) XWZ-@@@B XWD- Slim-type Connector Terminal Conversion Unit ( points) ( points) ( points) ( points) T-IDML T-IDML- T-ODML T-ODML- -@C TC-ID TC-I TC-ID- TC-I- TC-OC TC-OC 0D-SOC 0D-FOM 0D-SOC 0D-FOM 0A-ZOC- ME Series MF-@N@@@ TC-OC- 0D-SOC- 0A-ZOC- ME-MB@-@@ MF-@P@@@ For I/O Block input Digital Display Unit Digital Display Unit ( points) ( points) ( points) ( points) T-IDML T-IDML- T-ODML T-ODML- -I@C-@ -O@C-@ TC-ID TC-I TC-ID- TC-I- TC-OC TC-OC 0D-SOC 0D-FOM 0D-SOC 0D-FOM 0A-ZOC- TC-OC- 0D-SOC- 0D-FOM- 0A-ZOC- For I/O Block input For I/O Block input 0 Digital I/O Units T-@D(-)/@DMX(-)/@DML(-)/@DML(-)/@D

4 Dimensions (Unit: mm) Terminal Block Model T-ID T-ID- T-OD T-OD-.. max.. 0 max. 0 max. (.) Connector Model T-IDMX T-IDMX- T-ODMX T-ODMX-.. max.. max. 0 max. (.) Connector Model T-IDML T-IDML- T-ODML T-ODML () () Connector Model T-IDDS T-IDDS- T-ODDS T-ODDS () () High-density Connector Model T-IDML T-IDML- T-ODML T-ODML-.. max.. max. 0 max. (.) Digital I/O Units T-@D(-)/@DMX(-)/@DML(-)/@DML(-)/@D

5 Wiring Diagrams T-ID T-ID- DC 0 DC 0 T-OD Three-wire sensor Two-wire sensor with output (Limit switch, etc.) (e.g., photoelectric sensor Three-wire sensor with output (e.g., photoelectric sensor T-OD- Three-wire sensor with output Two-wire sensor Three-wire sensor with (Limit switch, etc.) output DC 0 DC 0 T-IDMX T-IDMX- Contact 0 Contact 0 Contact Contact DC DC Three-wire sensor with Two-wire sensor output (Limit switch, etc.) Three-wire sensor with Two-wire sensor output (Limit switch, etc.) T-ODMX T-ODMX- Contact 0 Contact 0 Contact Contact DC DC Digital I/O Units T-@D(-)/@DMX(-)/@DML(-)/@DML(-)/@D

6 T-IDML T-IDML- A A A A A A A A A A A A A A DC DC B B B B B B B B B B T-ODML T-ODML- A A A A A A A A A A A A A A DC DC B B B B B B B B B B Digital I/O Units T-@D(-)/@DMX(-)/@DML(-)/@DML(-)/@D

7 Digital I/O Units T-IDDS T-IDML T-IDDS- T-IDML- T-ODDS T-ODML T-ODDS- T-ODML- DC A A A A A A A A A A A A A A B B B B B B B B B B B B + DC DC A A A A A A A A A A A A A A B B B B B B B B B B B B + DC DC A A A A A A A A A A A A A A B B B B B B B B B B B B + DC DC A A A A A A A A A A A A A A B B B B B B B B B B B B + DC