LK Automation Limited
GT1-TS04P OMRON GT1-TS04P
Brand:
OMRON
Name: Temperature Input Units
Model: GT1-TS04P
I/O classification: Temperature inputs.
I/O points: 4 inputs.
I/O connections: Terminal block.
Power supply voltage: 24 VDC.
Input specification: Platinum resistance thermometer.
Temperature Input Units for use with MULTIPLE I/O TERMINAL.
Four inputs.
Thermocouples and platinum resistance thermometer models,
are available.
Conversion time is only 250 ms for 4 inputs.
The Configurator can be used to calibrate temperatures.
The circuit section can be removed, so rewiring isn’t,
required during maintenance.
DIN track mounting.
...More relevant models >>>>
Name: Temperature Input Units
Model: GT1-TS04P
I/O classification: Temperature inputs.
I/O points: 4 inputs.
I/O connections: Terminal block.
Power supply voltage: 24 VDC.
Input specification: Platinum resistance thermometer.
Temperature Input Units for use with MULTIPLE I/O TERMINAL.
Four inputs.
Thermocouples and platinum resistance thermometer models,
are available.
Conversion time is only 250 ms for 4 inputs.
The Configurator can be used to calibrate temperatures.
The circuit section can be removed, so rewiring isn’t,
required during maintenance.
DIN track mounting.
I/O classification: Input.
Internal I/O circuit common: NPN (+ common).
I/O points: 16.
Rated voltage: 24 VDC.
I/O rated voltage: 24 VDC.
Module Type that Allows PCB Mounting.
Compact size at 60 x 16 x 35 (W x H x D).
Lineup now includes the 16-point input model and,
16-point output model. Name: Screw Terminal Block with Relay Outputs OMRON GT1-TS04P.
Specifications: Outputs;
8 outputs; Contacts GT1-TS04P
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring material cost can be reduced.
Bit-level I/O distribution reduces,
wiring in the system.
A wide variety of CompoNet Slave Units,
contribute to system size reduction.
Seven-segment Display on the Gateway Unit,
helps to detect errors on site OMRON GT1-TS04P.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error. Internal I/O common: PNP.
I/O indicators: LED display (yellow).
Unit power supply current consumption: 120 mA max.
(for 20.4 to 26.4-VDC power supply voltage)
e-CON Connector insertion durability: 50 times OMRON GT1-TS04P.
Weight: 140 g max.
Expansion functions: No.
Short-circuit protection function: Available at input,
section only (Operates at 50 mA/point min.)
Easy wiring using industry standard,
e-CON connectors.
Special wiring tool is not necessary.
Digital I/O terminal with industry,
standard e-CON connectors.
A common terminal is provided for,
each connector.
The I/O terminal and the sensors can,
be connected directly.
Input response time can be switched for,
high-speed processing.
Selectable node address setting methods:
setting with rotary,
switch and with tool software.
When setting the nodes with rotary switch,
setting is easy and node identification,
becomes possible for maintenance. Name: Slice I/O Units; Analog I/O Units.
Specifications: Analog outputs (current).
Standards: CE, UC1, L.
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring materiial cost can be reduced GT1-TS04P.
Bit-level I/O distribution reduces,
wiring in the system.
A wide variety of CompoNet Slave Units,
contribute to system size reduction.
Seven-segment Display on the Gateway Unit,
helps to detect errors on sitee GT1-TS04P.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error.
Internal I/O circuit common: NPN (+ common).
I/O points: 16.
Rated voltage: 24 VDC.
I/O rated voltage: 24 VDC.
Module Type that Allows PCB Mounting.
Compact size at 60 x 16 x 35 (W x H x D).
Lineup now includes the 16-point input model and,
16-point output model. Name: Screw Terminal Block with Relay Outputs OMRON GT1-TS04P.
Specifications: Outputs;
8 outputs; Contacts GT1-TS04P
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring material cost can be reduced.
Bit-level I/O distribution reduces,
wiring in the system.
A wide variety of CompoNet Slave Units,
contribute to system size reduction.
Seven-segment Display on the Gateway Unit,
helps to detect errors on site OMRON GT1-TS04P.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error. Internal I/O common: PNP.
I/O indicators: LED display (yellow).
Unit power supply current consumption: 120 mA max.
(for 20.4 to 26.4-VDC power supply voltage)
e-CON Connector insertion durability: 50 times OMRON GT1-TS04P.
Weight: 140 g max.
Expansion functions: No.
Short-circuit protection function: Available at input,
section only (Operates at 50 mA/point min.)
Easy wiring using industry standard,
e-CON connectors.
Special wiring tool is not necessary.
Digital I/O terminal with industry,
standard e-CON connectors.
A common terminal is provided for,
each connector.
The I/O terminal and the sensors can,
be connected directly.
Input response time can be switched for,
high-speed processing.
Selectable node address setting methods:
setting with rotary,
switch and with tool software.
When setting the nodes with rotary switch,
setting is easy and node identification,
becomes possible for maintenance. Name: Slice I/O Units; Analog I/O Units.
Specifications: Analog outputs (current).
Standards: CE, UC1, L.
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring materiial cost can be reduced GT1-TS04P.
Bit-level I/O distribution reduces,
wiring in the system.
A wide variety of CompoNet Slave Units,
contribute to system size reduction.
Seven-segment Display on the Gateway Unit,
helps to detect errors on sitee GT1-TS04P.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error.
...More relevant models >>>>