GE FANUC VERSAMAX MODULE IC200MDL750J

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GE FANUC VERSAMAX MODULE IC200MDL750J Specification

Power Supply

Noise Level

Operating Temperature
0C to +60C

Power Factor

Current Range

Features
16 Discrete Outputs, Relay Type, LED Status Indicators

Cooling Method
Natural Air Cooling

Phase

Working Temperature
0C to +60C

Output Current
0.5A per point, 2A per common

Connector Type
Removable Terminal Block

Application
Industrial Automation, PLC Systems

Rated Power

Output Type
Digital Output

Rated Current

Product Type
VersaMax I/O Module

Output Power

Output Frequency

Input Voltage

Voltage Protection

Efficiency

Material
Plastic, Electronic Components

Line Regulation

Storage Temperature
-40C to +85C

Weight
Approx. 110g

Isolation Voltage
1500V RMS (field to logic)

Output Voltage Range
530V DC or 5250V AC

Number of Outputs
16 Relay Outputs

Output Delay On/Off
15 ms (typical)

Minimum Load per Output
5 mA

Compatibility
GE Fanuc VersaMax Series

Model Number
IC200MDL750J

Mounting Type
DIN Rail

About GE FANUC VERSAMAX MODULE IC200MDL750J

Capitalise on ineffable performance with the GE Fanuc VersaMax Module IC200MDL750Ja rare blend of redoubtable reliability and sizzling versatility. Boasting 16 relay outputs with an output voltage range of 530V DC or 5250V AC, this module ensures incomparable adaptability for various industrial automation requirements. With a robust DIN rail mounting and a formidable 1500V RMS isolation voltage (field to logic), the VersaMax IC200MDL750J is designed for demanding PLC systems. LED status indicators deliver rapid diagnostics, and natural air cooling maintains optimal operating conditions. Crafted for those who demand nothing less than excellence.

Commercial and General Applications of GE FANUC VERSAMAX MODULE IC200MDL750J

The GE Fanuc VersaMax Module IC200MDL750J excels in a spectrum of commercial and industrial environments. Designed specifically for seamless integration into PLC systems, it is indispensable for factory automation, process control, and discrete manufacturing tasks. Its versatile 16 relay outputs allow for both specialised and general automation duties, making it a go-to solution for enhancing efficiency and reliability within different scale operations. From bespoke control panels to general-purpose relay switching, this module stands out.

Sample Policy, Supply Logistics, and Delivery for GE FANUC VERSAMAX MODULE IC200MDL750J

Sample requests for the GE Fanuc VersaMax IC200MDL750J can be accommodated based on the current asking price and specific project requirements. Our handover process is streamlined to ensure minimal delays, with logistics tailored for safe and prompt delivery. Serving the main domestic market, we adhere to rigid timelines, typically dispatching orders within standard industry lead times. Every consignment undergoes a quality assurance check before the final handover, guaranteeing you receive products meeting exact specifications.

FAQs of GE FANUC VERSAMAX MODULE IC200MDL750J:

Q: How does the GE FANUC VERSAMAX MODULE IC200MDL750J enhance industrial automation processes?

A: The module provides 16 relay outputs with broad voltage compatibility, enabling efficient control over a wide range of devices and processes, improving overall automation flexibility in industrial settings.

Q: What environments are suitable for installing the IC200MDL750J module?

A: This module is ideal for factory automation, process control, and manufacturing setups that require dependable digital output switching, DIN rail mounting, and rugged operating temperature ranges.

Q: When can customers expect delivery after purchase?

A: Typically, delivery follows standard industry timelines, with careful logistics coordination and quality assessment preceding handover to ensure a reliable and timely shipment.

Q: Where does the GE FANUC VERSAMAX MODULE IC200MDL750J find primary applications?

A: Its primary applications include industrial PLC systems, discrete manufacturing, and custom control panel installations within the main domestic market.

Q: What is the benefit of the 1500V RMS isolation voltage in this module?

A: The 1500V RMS isolation voltage safeguards field and logic components, reducing risk of electrical interference and enhancing long-term operational safety and module longevity.

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