OMRON SYSMAC CPU C200H-CPU02

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OMRON SYSMAC CPU C200H-CPU02 Specification

Cooling Method
Self-cooling (natural air convection)

Features
Program capacity 2K steps, battery backup, integrated diagnostics, modular expansion

Phase
Single Phase

Application
Industrial automation, machine control

Connector Type
Backplane Bus Connector

Operating Temperature
0C to 55C

Working Temperature
0C to 55C

Power Supply
Backplane powered by PLC power supply

Product Type
Programmable Logic Controller (PLC) CPU Unit

Input Voltage
24 V DC

Voltage Protection
Yes, internal protection circuit

Material
Plastic/Metal enclosure

Storage Temperature
-20C to 70C

Weight
Approximately 0.5 kg

About OMRON SYSMAC CPU C200H-CPU02

In demand and presenting a grand solution for industrial automation, the OMRON SYSMAC CPU C200H-CPU02 stands as a meritorious and valorous controller module. Featuring a top-tier program capacity of 2K steps and reliable battery-backed CMOS RAM, this CPU guarantees persistence and robust operation. Its limited stock and ability to expand up to 480 I/O points via modules mark it as a leading choice among suppliers and traders in India. The C200H-CPU02 boasts built-in voltage protection, integrated diagnostics, and versatile mounting options, ensuring exceptional versatility and stability in machine control applications.

Application Excellence & Competitive Edge

The OMRON SYSMAC CPU C200H-CPU02 suits integration in industrial automation, offering seamless installation on DIN rails or panels. Its primary competitive advantage lies in modular expandability and battery-backed program memory, enabling continuity and reliability. The surface of application ranges from detailed machine control to large-scale automation lines, benefiting diverse manufacturing environments. Its user-friendly programming and maintenance make it a top choice for engineers seeking efficiency and reliability.

Valuation, Delivery & Export Facilitation

For buyers focused on export market potential, the OMRON SYSMAC CPU C200H-CPU02 undergoes careful valuation to ensure quality and authenticity before dispatch. Secure shipping is prioritized for safe delivery from India, while prompt delivery times ensure project timelines are met. Payment terms are flexible to support international transactions, and consignments are available from major FOB ports. Thus, clients benefit from expedited logistics and reliable order fulfillment.

FAQs of OMRON SYSMAC CPU C200H-CPU02:

Q: How does the OMRON SYSMAC CPU C200H-CPU02 support modular expansion in industrial automation?

A: The C200H-CPU02 allows for modular expansion through C200H expansion units and modules, extending its I/O capacity up to 480 points to accommodate growing automation demands.

Q: What competitive advantages does the C200H-CPU02 offer for machine control applications?

A: Its main advantages are battery-backed memory ensuring program retention, robust operating conditions, integrated diagnostics, and a versatile instruction set for basic, sequence, and arithmetic functions.

Q: When can I expect delivery of the C200H-CPU02 after placing an order in India?

A: Delivery timelines depend on stock availability and shipping options but generally occur within a prompt and secure window, ensuring reliable and timely fulfillment for domestic and export clients.

Q: Where is the C200H-CPU02 commonly applied and what industries benefit most from this CPU model?

A: It is frequently used in industrial automation environments, particularly for machine control, manufacturing lines, and automated systems that require reliable and expandable process control.

Q: What is the process for connecting communication ports on the C200H-CPU02?

A: The CPU features a peripheral port and supports RS-232C communication through optional modules, facilitating external device interfaces and remote data exchange as required.

Q: How does the battery-backed CMOS RAM benefit the C200H-CPU02s operation?

A: The battery-backed CMOS RAM preserves program data during power outages, ensuring continuity, system reliability, and reduced downtime for critical automation processes.

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