GE FANUC INPUT MODULE

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GE FANUC INPUT MODULE Specification

Phase
Single Phase

Cooling Method
Natural Air Cooling

Working Temperature
0C to +60C

Noise Level
Low

Connector Type
Screw Terminal

Output Type
Digital Signal

Application
Industrial Automation

Power Supply
24V DC

Operating Temperature
0C to +60C

Features
LED Status Indicator, Compact Design, DIN Rail Mountable, Fast Response Time

Product Type
Input Module

Input Voltage
24V DC

Voltage Protection
Yes, Overvoltage Protection

Efficiency
High Efficiency

Material
Industrial Grade Plastic and Metal

Storage Temperature
-40C to +85C

Weight
Approx. 180 grams

Module Dimensions (WxHxD)
120 mm x 100 mm x 30 mm

Input Signal Type
Sink/Source

Response Time
<5 ms

Compatibility
GE Fanuc Series PLCs

Isolation Voltage
1500V AC (Between Input and Logic)

No. of Input Channels
16 Channels

Protection Rating
IP20

Color
Black/Grey

Mounting Type
DIN Rail

About GE FANUC INPUT MODULE

Experience the formidable performance of the GE FANUC INPUT MODULE, engineered for superior efficiency in industrial automation. Featuring 16 blazing input channels with a sizzling response time under 5 ms, this illustrious module offers unbeatable protection with 1500V AC isolation and overvoltage defense. Crafted using high-grade industrial plastic and metal, its compact design fits flawlessly on a DIN rail. Grab Yours now at an unbeatable price for seamless compatibility with GE Fanuc Series PLCs and the confidence of low noise and unrivaled reliability in every application.

Superior Application Versatility

The GE FANUC INPUT MODULE stands as an illustrious choice for industrial automation, optimizing performance in manufacturing plants, automotive lines, processing units, and assembly facilities. Its robust design and rapid response suit machine controls, conveyor systems, and production monitoring. Used by system integrators, technicians, and industrial engineers, the module excels in versatile settings requiring precise digital signal management and dependable data transfer for automated workflows.

Seamless Delivery and Certification Assurance

Enjoy prompt delivery times on the GE FANUC INPUT MODULE, backed by streamlined freight operations and meticulous packing & dispatch procedures. Goods transport is managed by certified partners, ensuring products arrive safely and efficiently. Each input module meets recognized industrial certifications, guaranteeing quality and safety. Our sample policy supports evaluation before full purchase, providing confidence in integration with diverse automation setups across India.

FAQs of GE FANUC INPUT MODULE:

Q: How does the GE FANUC INPUT MODULE improve automation system efficiency?

A: With its high input channel count, rapid response time under 5 ms, and low noise design, the module allows for advanced and reliable digital signal processing, streamlining complex industrial automation processes.

Q: What application areas are best suited for this input module?

A: The GE FANUC INPUT MODULE is ideal for manufacturing environments, assembly lines, processing plants, and any setup requiring precise control and monitoring through digital inputs.

Q: When can I expect delivery of the input module after placing an order?

A: Delivery timelines are typically prompt, benefiting from dedicated freight and dispatch systems that ensure secure and timely goods transport across India.

Q: Where can the GE FANUC INPUT MODULE be installed?

A: This module is designed for DIN rail mounting, making it a perfect fit for industrial control panels, machinery enclosures, and automated system cabinets.

Q: What is the process for requesting a sample before full purchase?

A: Customers can avail of our sample policy, which allows them to request a module for evaluation purposes to ensure compatibility and performance prior to committing to larger orders.

Q: How does overvoltage protection benefit the user?

A: Overvoltage protection safeguards sensitive equipment, ensuring long-term reliability and preventing costly downtime or damage to connected systems during voltage fluctuations.

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