LK Automation Limited
Brand:
OMRON
DRT2-MD32ML | OMRON MIL Connector Terminals with Transistors DRT2-MD32ML
OMRON DRT2-MD32ML Manual And Instructions
DRT2-MD32ML datasheetPDF datasheet
DRT2-MD32ML Operation Guide
DRT2-MD32ML INSTRUCTION Manual
OMRON DRT2-MD32ML Product information and technical parameters：
Brand: OMRON
Name: MIL Connector Terminals with Transistors
Model: DRT2-MD32ML
Specifications: I/O;
NPN (input: + common, output: - common);
16 inputs/16 outputs.
I/O connections: MIL connector.
Rated internal circuit power supply voltage:
Supplied from the communications connector.
Rated I/O power supply voltage: 24 VDC.
Very Compact 16-/32-point Remote Terminals.
Used in combination with Interface,
Conversion Boards (e.g., D-Sub) to,
connect to a wide range of interfaces.
35 x 60 x 80 mm (W x D x H).
...More relevant models >>>>
DRT2-MD32ML datasheetPDF datasheet
DRT2-MD32ML Operation Guide
DRT2-MD32ML INSTRUCTION Manual
OMRON DRT2-MD32ML Product information and technical parameters：
Brand: OMRON
Name: MIL Connector Terminals with Transistors
Model: DRT2-MD32ML
Specifications: I/O;
NPN (input: + common, output: - common);
16 inputs/16 outputs.
I/O connections: MIL connector.
Rated internal circuit power supply voltage:
Supplied from the communications connector.
Rated I/O power supply voltage: 24 VDC.
Very Compact 16-/32-point Remote Terminals.
Used in combination with Interface,
Conversion Boards (e.g., D-Sub) to,
connect to a wide range of interfaces.
35 x 60 x 80 mm (W x D x H).
Input capacity: 16 points.
Internal I/O common: NPN.
ON voltage: 15 VDC min.
(between each input terminal and the V terminal)
OFF voltage: 5 VDC max.
(between each input terminal and the V terminal)
OFF current: 1.0 mA max.
Input current: 6.0 mA max./input (at 24-VDC),
3.0 mA min./input (at 17-VDC) OMRON DRT2-MD32ML.
ON delay: 0.1 ms max.
OFF delay: 0.2 ms max.
Input filter value: Without filter, 0 DRT2-MD32ML5 ms, 1 ms,
2 ms, 4 ms, 8 ms, 16 ms, 32 ms. (Default setting: 1 ms)
Number of circuits per common: 8 points/common.
Input indicators: LED display (yellow).
Isolation method: Photocoupler isolation.
I/O power supply method: Supply by I/O power supply.
Input device supply current: 100 mA/point.
Unit power supply current consumption: 90 mA max OMRON DRT2-MD32ML.
(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.
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 OMRON DRT2-MD32ML.
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.
When setting the nodes with rotary switch, setting is easy and,
node identification becomes possible for maintenance. Internal I/O common: PNP.
I/O indicators: LED display (yellow).
Unit power supply current consumption: 90 mA max.
(for 20.4 to 26.4-VDC power supply voltage)
Weight: 370 g max.
Expansion functions: No.
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 multiiple contacts DRT2-MD32ML.
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 DRT2-MD32ML.
When setting the nodes with rotary switch, setting is easy and,
node identification becomes possible for maintenance.
Internal I/O common: NPN.
ON voltage: 15 VDC min.
(between each input terminal and the V terminal)
OFF voltage: 5 VDC max.
(between each input terminal and the V terminal)
OFF current: 1.0 mA max.
Input current: 6.0 mA max./input (at 24-VDC),
3.0 mA min./input (at 17-VDC) OMRON DRT2-MD32ML.
ON delay: 0.1 ms max.
OFF delay: 0.2 ms max.
Input filter value: Without filter, 0 DRT2-MD32ML5 ms, 1 ms,
2 ms, 4 ms, 8 ms, 16 ms, 32 ms. (Default setting: 1 ms)
Number of circuits per common: 8 points/common.
Input indicators: LED display (yellow).
Isolation method: Photocoupler isolation.
I/O power supply method: Supply by I/O power supply.
Input device supply current: 100 mA/point.
Unit power supply current consumption: 90 mA max OMRON DRT2-MD32ML.
(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.
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 OMRON DRT2-MD32ML.
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.
When setting the nodes with rotary switch, setting is easy and,
node identification becomes possible for maintenance. Internal I/O common: PNP.
I/O indicators: LED display (yellow).
Unit power supply current consumption: 90 mA max.
(for 20.4 to 26.4-VDC power supply voltage)
Weight: 370 g max.
Expansion functions: No.
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 multiiple contacts DRT2-MD32ML.
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 DRT2-MD32ML.
When setting the nodes with rotary switch, setting is easy and,
node identification becomes possible for maintenance.
...More relevant models >>>>