LK Automation Limited
Transistor Remote I/O Terminals DRT2-OD16-1 OMRON DRT2-OD16-1
Brand:
OMRON
Name: Transistor Remote I/O Terminals
Model: DRT2-OD16-1
Specifications: Outputs; PNP (+ common); 16 points.
I/O connections: M3 Screw terminals.
Rated internal circuit power supply voltage:
Supplied from the communications connector.
Rated I/O power supply voltage: 24 VDC.
Allows I/O Expansion with Transistor Terminals.
Wide variety of data, such as maintenance system data,
can be collected without affecting the productivity,
of the control system.
Valuable information can be collected,
and managed through the network, including information,
on the communications power supply.
voltage levels, Unit wear and tear,
and equipment operating information.
Expansion via Expansion I/O Units.
With no communications baud rate settings,
required and detachable terminal blocks,
maintenance is easier.
...More relevant models >>>>
Name: Transistor Remote I/O Terminals
Model: DRT2-OD16-1
Specifications: Outputs; PNP (+ common); 16 points.
I/O connections: M3 Screw terminals.
Rated internal circuit power supply voltage:
Supplied from the communications connector.
Rated I/O power supply voltage: 24 VDC.
Allows I/O Expansion with Transistor Terminals.
Wide variety of data, such as maintenance system data,
can be collected without affecting the productivity,
of the control system.
Valuable information can be collected,
and managed through the network, including information,
on the communications power supply.
voltage levels, Unit wear and tear,
and equipment operating information.
Expansion via Expansion I/O Units.
With no communications baud rate settings,
required and detachable terminal blocks,
maintenance is easier.
Name: Expansion Units e-CON Connector type.
Specifications:Digital inputs and outputs;
4 inputs/ 4 outputs; NPN;
One Expansion Unit can be mounted to one,
CRT1-VAD02@@D or CRT1-VDA02@@D Analog I/O Slave Unit.
Standards: --.
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet OMRON DRT2-OD16-1.
Branching is easily made with CompoNet.
Wiring material cost can be reduced DRT2-OD16-1
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.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error OMRON DRT2-OD16-1. Input capacity: 16 points.
Rated current (ON current): 0.5 A/output,
4.0 A/common.
Internal I/O common: PNP.
Residual voltage: 1.2 V max.
(0.5 ADC, between each output,
terminal and the V terminal)
Leakage current: 0.1 mA max.
ON delay: 0.5 ms max.
OFF delay: 1.5 ms max.
Number of circuits per common:
8 points/common.
Output indicators: LED display (yellow) OMRON DRT2-OD16-1.
Isolation method: Photocoupler isolation.
I/O power supply method: Supply by I/O power supply.
Output device supply current: 100 mA/point.
Unit power supply current consumption: 90 mA max DRT2-OD16-1 OMRON.
(for 20.4 to 26.4-VDC power supply voltage)
I/O power supply current consumption: 5 mA max.
(for 20.4 to 26.4-VDC power supply voltage)
Weight: 370 g max.
Expansion functions: No DRT2-OD16-1 OMRON.
Output handling for communications errors:
Select either hold or clear.
Short-circuit protection function: No.
A common terminal is provided for each contact.
It eliminate the needs for relay terminal blocks.
It is unnecessary to share the common terminal,
among multiple contacts DRT2-OD16-1 OMRON DRT2-OD16-1.
Easy-to-find wiring locations.
Detachable screw terminal block facilitates the maintenance.
Input response time can be switched for high-speed processing.
Selectable node address setting methods: setting with rotary,
switch and with tool software OMRON DRT2-OD16-1.
When setting the nodes with rotary switch, setting is easy and,
node identification becomes possible for maintenance.
Specifications:Digital inputs and outputs;
4 inputs/ 4 outputs; NPN;
One Expansion Unit can be mounted to one,
CRT1-VAD02@@D or CRT1-VDA02@@D Analog I/O Slave Unit.
Standards: --.
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet OMRON DRT2-OD16-1.
Branching is easily made with CompoNet.
Wiring material cost can be reduced DRT2-OD16-1
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.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error OMRON DRT2-OD16-1. Input capacity: 16 points.
Rated current (ON current): 0.5 A/output,
4.0 A/common.
Internal I/O common: PNP.
Residual voltage: 1.2 V max.
(0.5 ADC, between each output,
terminal and the V terminal)
Leakage current: 0.1 mA max.
ON delay: 0.5 ms max.
OFF delay: 1.5 ms max.
Number of circuits per common:
8 points/common.
Output indicators: LED display (yellow) OMRON DRT2-OD16-1.
Isolation method: Photocoupler isolation.
I/O power supply method: Supply by I/O power supply.
Output device supply current: 100 mA/point.
Unit power supply current consumption: 90 mA max DRT2-OD16-1 OMRON.
(for 20.4 to 26.4-VDC power supply voltage)
I/O power supply current consumption: 5 mA max.
(for 20.4 to 26.4-VDC power supply voltage)
Weight: 370 g max.
Expansion functions: No DRT2-OD16-1 OMRON.
Output handling for communications errors:
Select either hold or clear.
Short-circuit protection function: No.
A common terminal is provided for each contact.
It eliminate the needs for relay terminal blocks.
It is unnecessary to share the common terminal,
among multiple contacts DRT2-OD16-1 OMRON DRT2-OD16-1.
Easy-to-find wiring locations.
Detachable screw terminal block facilitates the maintenance.
Input response time can be switched for high-speed processing.
Selectable node address setting methods: setting with rotary,
switch and with tool software OMRON DRT2-OD16-1.
When setting the nodes with rotary switch, setting is easy and,
node identification becomes possible for maintenance.
...More relevant models >>>>