GE FANUC I/O MOULE

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GE FANUC I/O MOULE Specification

Application
Industrial Automation, Machinery Control, Factory Automation Systems

Operating Temperature
0C to +60C

Phase
Single

Cooling Method
Natural Air Cooling

Working Temperature
0C to +60C

Noise Level
Low Electromagnetic Interference

Connector Type
Removable Terminal Block

Output Type
Digital Input/Output

Features
DIN Rail Mount, LED Status Indicators, Hot Swappable, Modular Design, Easy Wiring

Power Supply
24V DC

Product Type
I/O Module

Input Voltage
24V DC (typical)

Voltage Protection
Surge and Overvoltage Protection

Efficiency
High Efficiency Digital Signal Processing

Material
ABS (Acrylonitrile Butadiene Styrene) Plastic Housing

Storage Temperature
-25C to +70C

Weight
Approx. 200g

About GE FANUC I/O MOULE

Experience the rare opportunity to own the distinguished GE FANUC I/O Module at an unbeatable price. Crafted for industrial automation, this potent module boasts high efficiency digital signal processing and supports multiple expansions, making it indispensable for complex machinery control. Its breathtaking features include rapid response time (<10 ms), robust isolation voltage (2.5 kV), and reliable surge and overvoltage protection. With easy DIN rail mounting, modular design, and intuitive LED indicators, its perfect for environments demanding performance, durability, and value. Dont miss this discount on a truly exceptional product!

Effortless Operation Across Industrial Media

The GE FANUC I/O Module is engineered for smooth integration in factory automation systems. Its direction of use involves simple DIN rail mounting and easy wiring, aided by removable terminal blocks. Compatible with GE FANUC PLCs, it efficiently manages input and output signals across dry contact or voltage input media. Leveraging high efficiency digital processing, users benefit from fast response times and low electromagnetic interference, making it a superior choice for swift, reliable, and scalable automation solutions.

Global Export Markets and Delivery Assurance

Supplying to main export markets in North America, Europe, and Asia, GE FANUC I/O Modules provide secure shipping with prompt order processing. Typical delivery time is fast, with orders managed through reliable FOB ports to ensure quality during transit. Traders and suppliers can trust in streamlined supply and distribution channels, making procurement easy and minimising delays. These modules cater to global factory automation needs, ensuring operational continuity and value for diverse industrial clients.

FAQs of GE FANUC I/O MOULE:

Q: How do I install the GE FANUC I/O Module in my automation system?

A: Installation is straightforward, thanks to the modules DIN rail mountable design. Simply attach the module onto the rail, connect wiring via the removable terminal block, and ensure its compatible with your GE FANUC PLC system.

Q: What applications are suitable for the GE FANUC I/O Module?

A: This module excels in industrial automation, machinery control, and factory automation systems, where reliable digital signal processing and modular expansion are essential.

Q: When will my order for the GE FANUC I/O Module be delivered?

A: Delivery times are typically fast and are supported by secure shipping channels and efficient order processing. Contact your supplier for specific details based on your region and order size.

Q: Where can I check the status of channels and power on the module?

A: LED indicators on the module provide real-time status updates for power and individual channels, allowing quick monitoring and troubleshooting.

Q: What are the main advantages of choosing the GE FANUC I/O Module?

A: The module features a breathtaking combination of low response time, robust voltage isolation, high efficiency processing, modular design, and reliable protection against electrical surgesall at an unbeatable price.

Q: How does the GE FANUC I/O Module support system expansion?

A: It supports multiple module expansion, letting users increase their input/output capacity as needed, without compromising performance or wiring simplicity.

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