Product Announcements:
Data Acquisition and Signal Conditioning

CANopen is an open and flexible high-level protocol with more and more applications. Based on the CAN bus, it combines low cost and high performance, and provides an attractive distributed control solution for industrial automation, medical devices, public transportation, elevators, maritime electronics, and other applications. Read more...

◼ The module supports 16 channels digital output, the output voltage is 24VDC and the output high level is valid. ◼ The module carries 16 digital output channel LED indicator light. ◼ Module high speed redundant backplane bus with pluggable terminal blocks. Read more...

CT-124H: 32 channels digital input, sink or source, 34Pin male connector, 24Vdc, counting function supported (counting frequency up to 200Hz) Read more...

16 channel digital input/24VDC/ Sink type/The input high level is valid Read more...

CT-4154 4 channels Voltage Output 0~5VDC/0~10VDC/±5VDC/±10VDC,16 bits

Module features

◆The module supports 4 channels voltage signal output

◆ Output range： 0~5VDC, 0~10VDC, ±5VDC, ±10VDC, 16 bits

◆ The module carries with 4 analog output LED indicators

◆ Module output signal is single - e... Read more...

8 channels digital input/24VDC/NPN Read more...

CT-3268: 8 channels analog input /0～20mA OR -20~0mA OR ±20mA /15bit Single-ended bipolar Read more...

4 Channels relay output module 2A@250VAC/30VDC (Resistive
load),1A@250VAC/30VDC (Inductive load) Read more...

Elevate your control system with the ODOT DN-8031 Modbus TCP Network Adapter, a robust and versatile I/O coupler designed to seamlessly bridge distributed sensors and actuators with Modbus TCP clients (PLCs, SCADA systems, or Industrial PCs). Read more...

Module features

◆ the module supports 8 channels of voltage signal input

◆ the module could collect 0~5VDC, 0~10VDC, ±5VDC, ±10VDC, with a 15-bit or 16-bit resolution

◆ The module carries with 8 analog input channel LED indicator

◆ The module input signal is a single ended common grounding input

◆ filter time... Read more...