GE FANUC VERSAMAX MODULE IC200MDL740B

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GE FANUC VERSAMAX MODULE IC200MDL740B Specification

Current Range
Total module: 4.0 A max

Noise Level
Low, designed for noise immunity

Rated Current
4.0 A per module max

Connector Type
Removable terminal block

Power Supply
24 VDC nominal

Cooling Method
Natural convection

Working Temperature
-20C to +60C

Output Type
Source (Positive Logic)

Features
LED status indicators, hot swap, electronic short-circuit protection

Application
Industrial automation, PLC control systems

Output Current
0.5 A per point

Operating Temperature
-20C to +60C

Product Type
VersaMax Discrete Output Module

Input Voltage
12/24 VDC

Voltage Protection
Reverse polarity and overvoltage protection

Material
Plastic housing

Storage Temperature
-40C to +85C

Weight
Approx. 100 g

Status Display
Individual Input Channel LEDs

Isolation Voltage
500 V RMS (Input to Backplane)

Dimensions
110 mm x 36 mm x 58 mm

Model Number
IC200MDL740B

Mounting Type
DIN Rail or Panel Mount

Input Signal Type
Sink/Source

ON Voltage Level
10 to 30 VDC

Module Series
VersaMax

OFF Voltage Level
0 to 5 VDC

Number of Inputs
16 Points

Input Impedance
3.3 k

About GE FANUC VERSAMAX MODULE IC200MDL740B

Explore elite performance with the GE FANUC VersaMax Module IC200MDL740B, a peerless solution for industrial automation. Utilise 16 grand input points with sink/source signal capability, ensuring optimal flexibility and champion reliability in PLC control systems. Boasting 1030 VDC ON voltage levels and robust 500 V RMS isolation, this module offers advanced voltage and reverse polarity protection. Individual channel LEDs provide instant status feedback, while its compact plastic housing and dual mounting options make it a superior fit for space-sensitive or demanding environments. Experience industrial automation at a truly exceptional level.

VersaMax IC200MDL740B: Ultimate Usage and Features

Perfect for both panel and DIN rail installations, the VersaMax IC200MDL740B thrives in demanding industrial environments such as manufacturing lines, process control, and factory automation. Its hot swap capability and individual LED status displays offer seamless operation without system downtime. Engineered for low noise, it features electronic short-circuit protection and removable terminal blocks for easy maintenancemaking it a trusted champion in reliable automation.

Market Reach, Delivery & Exchange Details

Our main domestic market for the IC200MDL740B spans across India, with a prompt delivery timeframe designed to meet dynamic industrial demands. Leveraging a highly competitive sale price and transparent exchange policies, we also reach grand export destinations globally. Whether your outlay requirements are local or international, buyers benefit from dedicated post-sale support and efficient procurement processes, ensuring value in every transaction.

FAQs of GE FANUC VERSAMAX MODULE IC200MDL740B:

Q: How does the GE FANUC VersaMax IC200MDL740B module enhance industrial automation systems?

A: The IC200MDL740B provides 16 sink/source input points, high isolation, LED indicators for each channel, and advanced protection mechanismsfeatures that collectively streamline operations, reduce downtime, and offer peerless reliability in automation systems.

Q: What application environments are ideal for using this VersaMax module?

A: It is perfect for industrial automation settings such as PLC control systems, manufacturing plants, and process lines that require dependable input management within challenging or space-constrained environments.

Q: When can users fully benefit from the hot swap feature of this module?

A: Users benefit from the hot swap capability during system maintenance or expansions, allowing module replacement or upgrades without needing to power down, thus maximizing system uptime and productivity.

Q: Where can the module be mounted for optimal performance?

A: The IC200MDL740B offers flexibility by supporting both DIN rail and panel mounting, giving users the versatility to install the module in a configuration best suited for their setup.

Q: What process ensures the modules protection against voltage issues?

A: The module includes built-in reverse polarity and overvoltage protection, alongside electronic short-circuit safeguards, which collectively champion its defense against common voltage irregularities.

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