OMRON CQM1-ID213 DC Input Module – High-Performance 24V DC Input Unit for PLC Systems
Omron DC Input Module CQM1-ID213
Omron DC Input Module CQM1-ID213
Input points: 32
Input voltage: DC24V +10%/-15%
Input current: 4mA (DC24V)
Input impedance: 5.6kΩ
ON voltage: min. DC14.4V
OFF voltage: max. DC5.0V
Response time (ON delay): max. 8ms
Response time (OFF delay): max. 8ms
External connection: connector
Input/common: 32
Current consumption (DC5V): max. 170mA
Supports advanced built-in boards, including high-speed counter and serial communication boards.
Installing required boards in the CPU unit enables various machine applications.
Serial communication board allows communication with devices such as temperature controllers or barcode readers.
Enables optimal control system configuration based on machine specifications, size, or control target.
The Omron CQM1-ID213 is a high-density DC input module designed for the CQM1 series programmable logic controllers (PLCs). It features 32 input points, making it suitable for applications requiring a large number of discrete signal inputs in a compact form factor. The module operates on a nominal DC24V supply, with a voltage tolerance range of +10% to -15%, ensuring stable performance under varying power conditions.
Each input channel draws a typical current of 4mA at DC24V, with an input impedance of 5.6kΩ. The ON voltage threshold is a minimum of DC14.4V, while the OFF voltage threshold is a maximum of DC5.0V, providing clear and reliable signal discrimination. The response time for both ON and OFF delays is a maximum of 8ms, allowing for timely detection of input state changes.
The module uses a connector-type external interface, with a total of 32 input/common terminals. It consumes a maximum of 170mA from the DC5V power supply. The CQM1-ID213 is part of a versatile platform that supports various advanced internal boards, including high-speed counter boards and serial communication boards. These boards can be installed directly into the CPU unit, enabling the system to meet diverse machine control requirements.
The serial communication board, in particular, facilitates seamless communication with devices equipped with serial ports, such as temperature controllers or barcode readers. This flexibility allows users to configure an optimal control system tailored to the machine's specifications, size, and control objectives, ensuring efficient and scalable automation solutions.
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