Industrial Control Products

Pressure-welded connector for CS1 Basic I/O Units, ensuring reliable connections in industrial automation and control systems.

The OMRON CS1W-BC023 is a CPU base unit with 2 I/O slots, designed for the CS1G and CS1H series. It features a common use with C200H series units and includes RS232 and AC power supply.

The Omron CS1W-BC022 is a 2-slot backplane designed for the CS1 series of programmable controllers. It provides a compact and efficient solution for small-scale to medium-scale control applications, offering a wide range of I/O configurations and robust communication interfaces.

The Omron CS1D-PD025 is a 24VDC power supply unit designed for duplex systems, providing 40W of power with redundancy. It is suitable for various industrial automation applications, ensuring reliable operation and flexibility in system configuration.

The Omron CS1W-BC052 is a 5-slot CPU backplane specifically designed for CS1 I/O units, providing a robust and efficient connectivity solution for industrial automation applications.

The Omron CS1W-BI053 is an expansion backplane designed for the CS1 series, offering 5 I/O slots and compatibility with the C200H I/O bus. Perfect for expanding your PLC system, this backplane ensures seamless integration and efficient data transfer.

The OMRON CS1D-CPU67H is a duplex CPU for redundant systems, featuring 250K steps program capacity, 448K words data memory, and hot standby CPUs. It supports up to 7 duplex expansion racks and hot swap I/O, ensuring continuous operation.

Short: Omron CS1W-CE562 is a crimped connector for CS1 Basic I/O Units, ensuring reliable and efficient connectivity for 96-point I/O applications.

Expand your Omron CS1 PLC system with the CS1W-BI103 backplane, featuring 10 I/O slots and compatibility with C200H I/O units.

Omron CS1W-BC033 CPU backplane with C200H I/O BUS, 3 I/O slots, ideal for seamless integration with CS1 and C200H systems, enhancing industrial automation efficiency.

32-channel NPN digital output module for PLC systems, 12-24VDC, 0.5A, suitable for safety functions and hazardous locations.

The Omron CS1W-OD211 is a digital output unit featuring 16 NPN transistor outputs, 0.5 A current rating, and a 12-24 VDC voltage range. Suitable for industrial automation and control applications.

The OMRON CS1W-AD041-V1 is a 4-input analog I/O unit for the SYSMAC CS-series. It supports multiple signal ranges and offers high resolution and fast conversion speeds, ensuring reliable data acquisition in industrial automation.

The OMRON CS1W-PDC11 is an isolated-type direct current input unit that supports four direct-current inputs, converting them into digital values for seamless integration with CPU Units. It offers high accuracy and reliability, making it ideal for industrial automation processes.

Short: Omron CS1W-DA08V - 8-channel analog output unit with 12-bit resolution, 1 ms conversion time, and screw terminals. Supports a wide output range (1-5V, 0-5V, 0-10V, -10 to +10V).

The Omron CP2E-E60DR-A PLC offers 60 I/O points, 36 inputs, and 24 outputs. It supports Ethernet and serial communication, making it suitable for complex industrial automation tasks.

The OMRON CP2E-N14DT1-D is a compact PLC with 8 digital inputs, 6 digital outputs, and 20K steps of program capacity. It supports Ethernet communication and is suitable for various industrial automation applications.

The OMRON CP2E-N20DR-D is a compact PLC with 12 digital inputs, 8 digital outputs, and relay output. It supports Ethernet connectivity and has a program capacity of 20K steps, making it suitable for complex automation tasks.

The OMRON CP2E-E40DR-A is a compact PLC with 24 digital inputs and 16 relay outputs. It supports RS-232, RS-485, and USB communication, making it versatile for various industrial automation applications.

The Omron CP2E-N20DT1-D is a compact PLC designed for industrial automation, offering 12 digital inputs and 8 digital outputs. It supports 4-axis positioning with linear interpolation and is ready for machine-to-machine communication via Ethernet.