Menu
Your Cart

LC-101DIN CR

LC-101DIN CR
LC-101DIN CR
LC-101DIN CR
LC-101DIN CR
2-3 weeks
LC-101DIN CR
LC-101DIN CR
LC-101DIN CR
LC-101DIN CR
LC-101DIN CR
  • Stock: 2-3 weeks
  • Brand: ICPDAS
  • Model: LC-101DIN CR
362,33 zł

1-channel AC Digital Input and 1-channel Relay Output Lighting Control Module with DIN rail mount.

The LC-101 is an easy-to-use lighting control module that requires no specialist skills to install and operate, and no software is needed in order to control the DO channels. The LC-101 provides 1 channel for digital input (photo couple isolation) and 1 channel for relay output. The output channel is form C type relay, while the input channel is based on a sink-type using a wire connection. The input channel can directly control the relay ON and OFF sequence without requiring a remote host controller. 4 kV ESD protection and 5000 Vrms intra-module isolation are also provided.

When required, communication with the LC-101 is programmable based on the Modbus RTU protocol, and an added benefit is that different addresses can be set for Modbus RTU communication via hardware configuration.

Features:

  • Cost-effective solution for lighting control
  • 1-channel Power Relay Output (max 5A @ 30VDC - 250 VAC)
  • 1-channel Isolated AC Digital Input
  • Tiny form-factor with DIN rail mount
  • Relay control from external (Modbus/DCON commands) or internal source (digital input)
  • Low power consumption
  • 1 RS-485 Port (RJ11 Connector) with DCON/Modbus RTU protocol
  • Wide Operating Temperature Range: -25 ~ +75°C

General technical parameters
Serial port 1x RS-485
I/O 1x digital input, 1x relay output
Protocol support Modbus RTU, DCON
Industrial grade
Optoisolation 5000Vrms
Operating temperature -25°C to 75°C
Input voltage 10~30VDC
Mount DIN rail

Write a review

Note: HTML is not translated!
Bad Good
1

We know that choosing the right product can be difficult. Get a free consultation with a technical expert and make the right decision!

We use cookies to offer you the best experience on our site. By continuing to browse the site, You are agree to use cookies.