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CJ1W-ID232 Digital Input Module | 32-Point High-Speed DC Input | NPN/PNP Compatible | CJ Series PLC

SKU: CJ1W-ID232

Omron CJ1W-ID232 digital input module for CJ Series PLCs. 32-point high-speed DC input supporting NPN/PNP signals, with short-circuit protection for reliable industrial control.

Key Features

  • 32 high-speed DC input points for dense I/O applications in a single module
  • Universal NPN/PNP signal compatibility for flexible sensor and device wiring
  • Built-in short-circuit protection on all inputs for enhanced system reliability
  • High-speed response suitable for pulse counting and fast event detection
  • Compact design for CJ Series PLC racks, enabling scalable control system expansion

High-Density 32-Point DC Input Module for CJ Series Programmable Logic Controllers

The Omron CJ1W-ID232 is a high-performance digital input module designed for the CJ Series PLC platform, providing 32 points of high-speed DC input in a single compact unit. Engineered for industrial automation, this module supports both NPN (sinking) and PNP (sourcing) input signals, offering exceptional wiring flexibility and compatibility with a wide range of field devices, including sensors, switches, and encoders. It features built-in short-circuit protection on all input circuits, ensuring maximum system reliability and preventing damage from wiring errors or faults. With its high-speed response and robust design, the CJ1W-ID232 is ideal for applications requiring dense I/O counting, high-speed pulse input, and precise machine control in packaging, material handling, and assembly automation. It seamlessly integrates into the modular CJ1 rack, enabling scalable and cost-effective control system expansion.

Technical Specifications

Module Type Digital Input
Number of Points 32 points
Input Signal Compatibility NPN (Sinking) and PNP (Sourcing)
Input Voltage 24 VDC (Rated)
Protection Feature Input short-circuit protection
Compatible PLC Series Omron CJ Series
Mounting CJ Series CPU Rack or Expansion Rack
Isolation Photocoupler isolation between inputs and internal circuit