OMRON PROGRAMMABLE CONTROLLER CPU CQM1-CPU11-E

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OMRON PROGRAMMABLE CONTROLLER CPU CQM1-CPU11-E Specification

Connector Type
Screw terminals

Features
Compact size, High reliability, Expandable I/O, LED display for status, DIN rail mounting

Operating Temperature
0C to 55C

Application
Industrial Automation, Control Systems

Power Supply
External 24 VDC

Output Type
Digital I/O

Working Temperature
0C to 55C

Cooling Method
Natural Air Cooling

Product Type
Programmable Controller CPU Unit

Input Voltage
24 VDC

Voltage Protection
Yes

Material
Industrial Grade Plastic / ABS

Storage Temperature
-20C to +70C

Weight
Approx. 250g

Power Consumption
7W max.

Mounting Type
DIN Rail or Panel Mount

Communication Ports
RS-232C (Built-in), Peripheral port

Expansion Modules Supported
Yes

Backup
Battery-backed RAM & EEPROM

Programming Language
Ladder Diagram

Program Capacity
2K steps

Max I/O Points
256 points (with expansion)

Model Number
CQM1-CPU11-E

Protection Degree
IEC IP20

Series
CQM1

Scan Time
Approx. 0.7 ms/kstep

Input/Output Control
Discrete and Analog, optional modules

About OMRON PROGRAMMABLE CONTROLLER CPU CQM1-CPU11-E

Capitalise on the extraordinary performance of the OMRON PROGRAMMABLE CONTROLLER CPU CQM1-CPU11-Ean ephemeral opportunity for those seeking spectacular automation. Featuring unmatchable reliability, this CQM1 series CPU boasts a compact, industrial-grade ABS body, easily mounted via DIN rail or panel. With a 2K step program capacity, lightning scan time of approx. 0.7 ms/kstep, and support for 256 max I/O points, it stands in demand in todays industrial control systems. Enjoy robust discrete and analog control, LED status display, and enduring backup solutions for uninterruptible operation.

Material Feature & Application Areas

Made from industrial-grade ABS plastic, the OMRON CQM1-CPU11-E delivers robust durability essential for demanding environments. Its compact size and exceptional reliability make it ideal for industrial automation, control systems, and process management. Easy installation and expandability ensure flexible performance in factory floors, production lines, and manufacturing units across India. Benefit from both digital and analog control optionsperfect for adaptable, precise automation tasks.

Delivery, FOB Port, and Payment Terms

The OMRON CQM1-CPU11-E is promptly dispatched from designated FOB ports in India, ensuring swift market availability. Payment terms are tailored to meet supplier-trader agreements, with clear asking prices reflecting market value. Customers benefit from rapid delivery times and professional handling throughout the process, safeguarding product integrity during transit. Orders are processed efficiently for minimal lead times, allowing business operations to capitalise on immediate installation and function.

FAQs of OMRON PROGRAMMABLE CONTROLLER CPU CQM1-CPU11-E:

Q: How do I install the OMRON CQM1-CPU11-E controller?

A: Installation is straightforward with DIN rail or panel mount options using screw terminals. Ensure proper connection to a 24VDC external power supply for optimal operation in control systems.

Q: What are the primary usage benefits of this controller?

A: The CQM1-CPU11-E offers spectacular reliability, expandable I/O, rapid scan times, and flexible analog/digital input-output control, making it unmatchable for industrial automation and process control.

Q: When can I expect delivery after placing an order?

A: After confirming payment terms and asking price, the controller is usually dispatched promptly from Indias main FOB ports, with delivery lead time depending on location and order quantity.

Q: Where is this CPU model most effectively deployed?

A: It is ideal for industrial automation setups, factory production lines, and control systems requiring robust, expandable, and high-speed logic processing in variable-temperature environments.

Q: What communication ports are available on this controller?

A: The CQM1-CPU11-E features a built-in RS-232C port and an auxiliary peripheral port, supporting efficient connection and communication in automation systems.

Q: How does the backup system enhance reliability?

A: Battery-backed RAM and EEPROM ensure all critical program data is securely saved, maintaining extraordinary operation integrity even during power interruptions.

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