Programmable Logic Controllers

OMRON CS1W-NC213: High-precision 2-axis position control unit with advanced functions like interpolation and correction. Compatible with CS-series PLCs, meets UL, CSA, and CE safety standards.

Short: The OMRON CS1W-NC233 is a 2-axis position control unit with line-driver pulse string output, offering high-speed and high-precision motor control for industrial automation applications.

The OMRON CS1W-NC271 is a compact position control unit compatible with MECHATROLINK-II, supporting up to 2 axes. It simplifies operation and reduces wiring complexity, making it perfect for multi-axis control systems.

High-speed, high-precision position control unit for up to 4 axes. Features teaching, override, and backlash compensation. Ideal for compact, high-performance machines.

The Omron CS1W-NC433 is a high-performance position control unit that supports up to 4 axes, offering advanced functions like interpolation, correction, and return to original state. It is compact, efficient, and certified for CE, UL, and CSA standards.

Omron CS1W-NC471: A 4-axis position control unit with MECHATROLINK-II compatibility, ideal for multi-axis control systems. Compact design and easy integration with OMRON G-series Servo Drives.

The Omron CS1W-NCF71 is a compact position control unit designed for multi-axis control systems, supporting up to 16 axes with MECHATROLINK-II compatibility. It simplifies operation and reduces wiring, making it ideal for complex motion control applications.

The Omron CS1W-OA201 is a rack-based AC triac digital output unit with 8 digital outputs, each capable of handling 2A at 250VAC. Ideal for industrial applications requiring reliable and fast sequence control.

The OMRON CS1W-OA211 is a 16-point triac output module with a maximum switching capacity of 250V AC at 0.5A. Ideal for industrial automation, it offers reliable digital output solutions.

Short: The OMRON CS1W-OC201 is a digital relay output unit with 8 isolated outputs, supporting 250VAC/120VDC and 2A current. Suitable for SYSMAC CS1 series systems, it ensures reliable operation in industrial automation applications.

The Omron CS1W-OC211 is a 16-point relay output module with isolated digital outputs. It is part of the SYSMAC CS1 series, designed for industrial automation and compliant with standards for 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-OD212 is a digital output unit with 16 PNP transistor outputs, each capable of sourcing 0.5 A at 24 VDC. It includes short circuit protection and is compatible with the CS1D series.

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

OMRON CS1W-OD232: 32 PNP transistor outputs, 0.5 A, 24 VDC, short-circuit protected for reliable PLC control.

The OMRON CS1W-OD262 is a digital output unit with 64 transistor outputs, PNP sourcing, and short circuit protection. It operates at 24 VDC and is designed for SYSMAC CS1 systems, making it suitable for various industrial automation applications.

The OMRON CS1W-OD291 is a programmable logic controller (PLC) expansion module designed for industrial automation. It features 96 sink outputs and supports 12 to 24V DC, making it a versatile addition to any control system.

Short: The OMRON CS1W-OD292 is a digital output unit with 96 PNP transistor outputs, each capable of sourcing 0.1 A at 12-24 VDC. It is designed for reliable operation in industrial automation and control systems.

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.

OMRON CS1W-PDC55: 8-channel isolated DC input unit for industrial automation, ensuring reliable data transmission with high isolation and efficient conversion speeds.