LK Automation Limited
Brand:
OMRON
DRT2-ROS16 | OMRON Remote I/O Terminal with Relay Outputs DRT2-ROS16
OMRON DRT2-ROS16 Manual And Instructions
DRT2-ROS16 datasheetPDF datasheet
DRT2-ROS16 Operation Manual
DRT2-ROS16 INSTRUCTION Manual
OMRON DRT2-ROS16 Product information and technical parameters：
Brand: OMRON
Name: Remote I/O Terminal with Relay Outputs
Model: DRT2-ROS16
Specifications: Relay output; 16 points.
I/O connections: M3 terminal block.
Rated internal circuit power supply voltage:
Supplied from the communications connector.
I/O power supply voltage: Supplied from,
communications connector.
A Smart Slave with Relay Outputs and One-step,
Relay Replacement for Remote Maintenance.
Capable of handling large-capacity output,
devices (3 A max.) Easy relay replacement.
...More relevant models >>>>
DRT2-ROS16 datasheetPDF datasheet
DRT2-ROS16 Operation Manual
DRT2-ROS16 INSTRUCTION Manual
OMRON DRT2-ROS16 Product information and technical parameters：
Brand: OMRON
Name: Remote I/O Terminal with Relay Outputs
Model: DRT2-ROS16
Specifications: Relay output; 16 points.
I/O connections: M3 terminal block.
Rated internal circuit power supply voltage:
Supplied from the communications connector.
I/O power supply voltage: Supplied from,
communications connector.
A Smart Slave with Relay Outputs and One-step,
Relay Replacement for Remote Maintenance.
Capable of handling large-capacity output,
devices (3 A max.) Easy relay replacement.
Name: Temperature Input Units.
Specifications: Thermocouple Input; 4 inputs;
Switchable between.
(R, S, K, J, T, E, B, N, L, U, W, PL2)
Standards: CE, UC, UC1, N .
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring material cost can be reduced OMRON DRT2-ROS16.
Bit-level I/O distribution reduces,
wiring in the system.
A wide variety of CompoNet Slave Units,
contribute to system size reduction DRT2-ROS16
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. Input/Output: Inputs OMRON DRT2-ROS16.
Internal I/O circuit common: PNP (– common).
I/O points: 4 points.
I/O connection method: Sensor connector.
Rated voltage for I/O power supply: 24 VDC.
Eight Waterproof Terminal Models.
Emphasizing Cost Efficiency.
Reduced Labor.
Connection using connectors reduces the lead time,
required for installation. No tools are required for,
connection to a variety of devices.
Reduced Wiring OMRON DRT2-ROS16.
Signal line wiring has been reduced so that the,
Terminal can be mounted closer to sensors and,
other devices.
Relay Box not Required.
Environment-resistant, dust-tight, drip-proof,
construction (IP67) enables direct on-site,
mounting.
Easier Maintenance.
Significant reductions not only in setup time but also,
maintenance time.
Reduced Space, Improved Operability,
Compact design (160 x 54 mm (W x H)) (8-point models).
Settings and connections can be performed using,
the switch and connectors on the front side of the Terminal.
System Configuration. Name: Three-tier Screw Terminal Block.
Specifications: Outputs; 8 outputs; NPN;
With Short-circuit and,
Disconnected Line Detection.
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring materiaal cost can be reduced DRT2-ROS16.
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 DRT2-ROS16.
The Participation Flags and Communications,
Error Flags can be checked at the Host,
Controller to detect the location and,
content of the error.
Specifications: Thermocouple Input; 4 inputs;
Switchable between.
(R, S, K, J, T, E, B, N, L, U, W, PL2)
Standards: CE, UC, UC1, N .
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring material cost can be reduced OMRON DRT2-ROS16.
Bit-level I/O distribution reduces,
wiring in the system.
A wide variety of CompoNet Slave Units,
contribute to system size reduction DRT2-ROS16
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. Input/Output: Inputs OMRON DRT2-ROS16.
Internal I/O circuit common: PNP (– common).
I/O points: 4 points.
I/O connection method: Sensor connector.
Rated voltage for I/O power supply: 24 VDC.
Eight Waterproof Terminal Models.
Emphasizing Cost Efficiency.
Reduced Labor.
Connection using connectors reduces the lead time,
required for installation. No tools are required for,
connection to a variety of devices.
Reduced Wiring OMRON DRT2-ROS16.
Signal line wiring has been reduced so that the,
Terminal can be mounted closer to sensors and,
other devices.
Relay Box not Required.
Environment-resistant, dust-tight, drip-proof,
construction (IP67) enables direct on-site,
mounting.
Easier Maintenance.
Significant reductions not only in setup time but also,
maintenance time.
Reduced Space, Improved Operability,
Compact design (160 x 54 mm (W x H)) (8-point models).
Settings and connections can be performed using,
the switch and connectors on the front side of the Terminal.
System Configuration. Name: Three-tier Screw Terminal Block.
Specifications: Outputs; 8 outputs; NPN;
With Short-circuit and,
Disconnected Line Detection.
"Easy" and "Flexible" system expansion,
with linked CC-Link and CompoNet.
Branching is easily made with CompoNet.
Wiring materiaal cost can be reduced DRT2-ROS16.
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 DRT2-ROS16.
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 >>>>