OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H

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OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H Specification

Operating Temperature
0C to 55C

Application
Industrial Automation, Machine Control, Process Management

Noise Level
Less than 25 dB

Output Type
N/A (CPU Only)

Phase
Single Phase

Features
High-speed Processing, Large Program Capacity, Expansion Slot, Multiple Communication Ports

Working Temperature
0C to 55C

Cooling Method
Natural Air Cooling

Connector Type
Modular (Expansion & Communication) Connectors

Power Supply
24V DC

Product Type
Programmable Controller CPU Unit

Input Voltage
24V DC

Voltage Protection
Yes, Built-in Protection Circuits

Efficiency
Standard for Industrial Controllers

Material
Industrial Grade Plastic Housing

Storage Temperature
-20C to 70C

Weight
Approximately 280 g

About OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H

Introducing the latest OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H, now available at a reduced price with unmatched discount offers. Experience unrivaled control for industrial automation with grand features like a 250 Ksteps program capacity and memory backed by a robust battery CMOS RAM. This unparalleled CPU boasts 128 tasks capability, lightning-fast cycle times, and supports up to 5120 I/O points for maximum efficiency. Equipped with advanced communication interfaces and modular expansion slots, it sets a new standard for flexibility and performance in machine and process management.

Comprehensive Features for Advanced Industrial Automation

The OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H excels in demanding environments such as machine control, process management, and factory automation. It boasts high-speed processing, extensive program capacity, and up to 7 expansion racks. With multiple programming languages and dual serial ports, the CPU delivers versatile connectivity and control. Additional features include built-in protection circuits, status LEDs for diagnostics, and reliable industrial-grade housing, ensuring optimal performance and safety at any industrial site.

Sample, Export & Packaging DetailsPremium Services for Global Trade

Samples of the OMRON CS1G-CPU44H are available for exchange to verify quality and functionality before bulk orders. Main export markets include Asia, Europe, and the Middle East, catering to diverse industrial sectors. Premium packaging protects your product during freight, ensuring intact delivery. Flexible supply and prompt trading facilitate seamless purchasing experiences, with all shipments handled by experienced suppliers and traders across India and beyond.

FAQs of OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H:

Q: How can I use the CS1G-CPU44H for machine control applications?

A: You can utilize the CS1G-CPU44H in machine control by programming it using Ladder, Structured Text, or Instruction List languages, connecting up to 5120 I/O points and managing tasks such as cyclic or interrupt-based operations for precise and flexible automation.

Q: What are the main benefits of the CS1G-CPU44H in industrial settings?

A: The main benefits include unparalleled program capacity, high-speed processing, versatile communication interfaces, robust memory backup, and seamless expansion optionsensuring grand efficiency in automation and process management.

Q: Where can I request a sample of the OMRON PROGRAMMABLE CONTROLLER CPU CS1G-CPU44H?

A: You can request samples through authorized OMRON suppliers or traders in India. Sample exchanges are facilitated to help evaluate product quality and compatibility with your industrial application before purchasing.

Q: What is the process for installation and setup of the CS1G-CPU44H?

A: Installation involves securing the CPU onto a DIN rail or panel mount, connecting expansion and communication modules, and configuring the system using the appropriate programming language. The status LEDs aid in diagnostics during setup.

Q: How does the built-in protection circuit benefit industrial automation?

A: The built-in protection circuits shield the controller from voltage spikes and electrical faults, preserving system integrity and preventing downtime in critical industrial environments.

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