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OMRON MODULE CQM1H-CPU61

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OMRON MODULE CQM1H-CPU61 Specification

Current Range
nan

Power Factor
nan

Output Current
nan

Application
Industrial Automation, Machine Control

Rated Power
nan

Features
High-speed processing, Ethernet Communication, Built-in RTC

Connector Type
Terminal Block

Phase
nan

Output Type
Digital I/O

Rated Current
nan

Working Temperature
0C to 55C

Noise Level
Low

Operating Temperature
0C to 55C

Cooling Method
Natural Air Cooling

Power Supply
External DC (24V DC)

Product Type
Programmable Logic Controller (PLC) Module

Output Power
nan

Output Frequency
nan

Input Voltage
24 VDC

Voltage Protection
Built-in

Efficiency
nan

Material
Industrial Grade Plastic, Metal

Line Regulation
nan

Storage Temperature
-20C to 75C

Weight
Approx. 950g

About OMRON MODULE CQM1H-CPU61

Discover the top-rated OMRON MODULE CQM1H-CPU61a scarce asset for precision industrial automation. Towering in its performance, this module boasts a pristine build using industrial-grade plastic and metal, engineered for lasting durability under challenging conditions. With virtuoso execution speed at 0.3 s per instruction and expansive program capacity up to 20 Ksteps, this controller optimizes machine control. Enjoy seamless system expansion with up to 512 I/O points and multiple specialized module options. Built-in RS-232C communication, battery/EEPROM memory backup, and robust IP20 protection ensure reliability and quick integration. Ideal for demanding machine control applications.

Versatile Usage & Advanced Automation Features

The OMRON MODULE CQM1H-CPU61 excels in industrial automation and machine control with its extensive support for expandable digital I/O and specialized module integration. Its pristine, rugged design suits panel or DIN rail installation on various industrial surfaces. Standout features include high-speed processing, internal Ethernet communication, and a built-in real-time clock, delivering advanced functionality for precision-driven applications in manufacturing lines, robotics, and automated production environments.

Sample Policy and Quick Dispatch Details

OMRON MODULE CQM1H-CPU61 samples are available subject to a nominal charge. We prioritize quick dispatch and efficient handover to clients, typically shipping from major FOB ports across India. Our streamlined procurement process ensures timely delivery of both individual samples and bulk orders, allowing businesses to quickly evaluate product suitability or accelerate project deployment. Contact us to request a sample and experience our responsive service and commitment to quality supply.

FAQs of OMRON MODULE CQM1H-CPU61:

Q: How can the CQM1H-CPU61 be expanded to support additional I/O points?

A: The CQM1H-CPU61 controller supports modular expansion, allowing users to increase digital I/O points up to 512 by connecting compatible expansion and special function modules as required. This ensures flexibility for scaling installations.

Q: What environments or applications are ideal for using the CQM1H-CPU61?

A: This module is designed for industrial automation, machine control, and robust manufacturing environments. Its IP20 protection and operating temperature range make it suitable for factory automation lines, robotics, and complex process control systems.

Q: Where can I purchase or request a sample of the OMRON MODULE CQM1H-CPU61?

A: You may acquire this CPU module from authorized suppliers and traders in India. Samples are available for evaluation upon request, typically incurring a nominal charge, and can be dispatched quickly through major FOB ports.

Q: What are the primary benefits of the built-in RS-232C communication port?

A: The integrated RS-232C port offers seamless data exchange with other devices and systems, enabling easy set-up, remote diagnostics, and streamlined integration into existing industrial networks.

Q: What memory backup options does the CQM1H-CPU61 offer in case of power interruptions?

A: This module features both battery and EEPROM backup systems to ensure program and data retention, safeguarding operational integrity during unexpected power losses.