OMRON CPU

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OMRON CPU Specification

Rated Power
14.4W

Cooling Method
Natural Air Cooling

Power Factor
>0.95

Working Temperature
0C to 55C

Current Range
0.1A to 0.6A

Operating Temperature
0C to 55C

Connector Type
Screw Terminal Block

Application
Industrial Automation, PLC Control Systems

Power Supply
External

Output Current
0.6A

Phase
Single Phase

Rated Current
0.6A

Output Type
Digital

Features
DIN Rail Mountable, LED Status Indicators, Compact Design

Noise Level
Low Noise Operation

Product Type
OMRON CPU Unit

Output Power
24V DC, 0.6A

Output Frequency
50/60Hz

Input Voltage
100-240V AC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
High Efficiency Operation

Material
Rigid Flame Retardant Plastic

Line Regulation
1%

Storage Temperature
-25C to 70C

Weight
Approx. 280g

About OMRON CPU

Presenting the New OMRON CPUwhere notable innovation meets competitive pricing. Now available at a monumental Price Cut, this laureate among PLC controllers offers high efficiency and robust protection for industrial automation applications. Engineered for DIN rail mounting, it features RS232C/RS485 communication, 20K step program capacity, and 32K word data storage. Expansion modules and LED status indicators enhance adaptability. Its flame-retardant build, over/undervoltage protection, and low-noise operation ensure noteworthy reliability, making this OMRON CPU an exceptional choice for automation professionals.

Monumental Solution for Industrial Plant Applications

Designed for rigorous industrial automation, the OMRON CPU integrates seamlessly with PLC control systems. With isolated digital inputs, relay/transistor outputs, and ladder diagram programming, it excels in complex manufacturing environments. Direction of use is straightforwardsimply mount on a DIN rail, connect via screw terminal block, and configure with supported programming methods. Natural air cooling and compact design maximize reliability, making this CPU ideal for continuous plant operations and automated machinery control.

Order Completion and Dispatching Details

We accommodate both small and large domestic market demands, ensuring prompt order completion and secure dispatching. Flexible payment terms are available to streamline your procurement process, and sample units can be provided for quality evaluation before large-scale orders. With strong supply ability, timely shipments, and attentive after-sales support, we strive to maintain high client satisfaction throughout the ordering process and ensure seamless integration of OMRON CPUs into your operations.

FAQs of OMRON CPU:

Q: How does the OMRON CPU benefit industrial automation systems?

A: The OMRON CPU provides rapid response times, reliable protection features, and easy DIN rail mounting, which make it ideally suited for industrial automation tasks requiring flexibility, safety, and consistent performance.

Q: What are the recommended usage instructions for the OMRON CPU?

A: Mount the CPU securely on a DIN rail, connect input/output wiring to the screw terminal block, and program using ladder diagrams or instruction lists. Expansion modules can be added for increased capabilities.

Q: When can I expect my order to be dispatched after purchase?

A: Orders are typically dispatched promptly upon completion of payment, with lead times influenced by order size and current stock availability. We prioritize quick and reliable delivery for all domestic market orders.

Q: Where can the OMRON CPU be installed?

A: The unit is designed for installation within industrial settings, particularly on DIN rails inside control panels. Its robust build and protection features make it suitable for challenging manufacturing environments.

Q: What is the process for requesting a sample of the OMRON CPU?

A: To request a sample, simply contact our sales team. After confirming your requirements, a sample unit will be dispatched for quality evaluation prior to bulk purchase.

Q: How does the expansion capability help in plant automation?

A: Expansion capability allows the CPU to adapt to evolving plant systems by supporting various modules for increased inputs, outputs, or communications, enhancing scalability and system efficiency.

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