GE FANUC INPUT MODULE

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GE FANUC INPUT MODULE Specification

Features
LED Status Indicators, Compact Design, Removable Terminal Blocks

Noise Level
Low

Power Supply
24VDC supply

Output Type
Digital

Working Temperature
0C to 60C

Connector Type
Screw Terminal

Operating Temperature
0C to 60C

Cooling Method
Natural Air Cooling

Phase
Single

Application
Industrial Automation Control

Product Type
Input Module

Input Voltage
24 VDC

Voltage Protection
Overvoltage, Transient protection

Efficiency
High

Material
Plastic/Metal

Storage Temperature
-40C to 85C

Weight
Approx 200g

Compatible Controllers
GE Fanuc Series 90-30 PLCs

Response Time
<7 ms

Mounting Type
DIN Rail

Input Type
Sinking/Sourcing

Dimensions
Width 40 mm x Height 130 mm x Depth 120 mm

Module Width
40 mm

Series
90-30 Series

Isolation Voltage
1500 V RMS

Channels
16 Inputs

About GE FANUC INPUT MODULE

Capitalise on the superlative performance of the GE FANUC Input Module, offering 16 versatile inputs with sinking/sourcing compatibility. Designed for breathtaking efficiency, this compact 40 mm module boasts soaring isolation at 1500 V RMS and high-voltage protection against overvoltage, ensuring reliable operation in ephemeral industrial environments. Engineered with a rapid response time of under 7 ms and advanced LED status indicators, it delivers remarkable access and precision. Featuring durable plastic/metal construction, DIN rail mounting, and easy maintenance with removable terminal blocks, it is the ideal solution for demanding automation applications.

Versatile Usage & Commercial Applications

The GE FANUC Input Module is extensively used in industrial automation control systems. Its adaptable design makes it ideal for commercial sites seeking robust input handling with minimal noise and high stability. Enhanced by features such as LED status indicators, removable terminal blocks, and natural air cooling, this module excels in environments requiring frequent configuration changes, rapid installation, and reliable operation. Its exceptional compatibility with GE Fanuc Series 90-30 PLCs assures seamless integration and maximised productivity.

Payment Terms, Supply Ability & Delivery Overview

Our competitive rate structure enables cost-effective procurement for the export market across India and globally. Transport services facilitate secure and timely delivery, supported by a robust supply ability to meet industrial scale demands. Typically, delivery time for the GE FANUC Input Module ranges from a few days to a week, depending on location and order volume. Payment terms are tailored for convenience, supporting diverse commercial requirements and ensuring smooth transactional workflows.

FAQs of GE FANUC INPUT MODULE:

Q: How does the GE FANUC Input Module enhance industrial automation efficiency?

A: This module features high-speed response times, low noise levels, and advanced voltage protection, contributing to precise and reliable input operations in automation systems.

Q: What are the main commercial uses of the GE FANUC Input Module?

A: Primarily, it is employed in industrial automation to interface with sensors and devices, optimising control systems in manufacturing, processing, and material handling environments.

Q: Where can the GE FANUC Input Module be installed for optimal performance?

A: It is designed for DIN rail mounting within control panels in factories, production units, and other industrial settings requiring reliable input management.

Q: What additional features does the module provide for ease of installation and maintenance?

A: Removable terminal blocks, screw terminal connectors, LED status indicators, and compact design facilitate quick installation, easy configuration, and efficient troubleshooting.

Q: When is the GE FANUC Input Module available for delivery upon placing an order?

A: Delivery time generally spans from several days to a week, depending on order quantity and location, aided by dependable transport services.

Q: What benefit does overvoltage and transient protection offer?

A: These safeguards protect the module and connected controllers from electrical spikes, ensuring longevity and stable operation in harsh industrial environments.

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