GE FANUC MODULE IC693MDL740H

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GE FANUC MODULE IC693MDL740H Specification

Features
16 points per module, relay contact outputs, individually isolated, output protection

Connector Type
Removable terminal block

Application
Industrial automation, PLC I/O expansion

Power Supply
Supplied from PLC power supply

Current Range
0-2A per channel

Output Current
2A per output maximum

Cooling Method
Natural Convection

Rated Power
Not Applicable (Module Type)

Phase
Single Phase Supported

Working Temperature
0C to 60C

Operating Temperature
0C to 60C

Rated Current
2 Amps Max per output

Output Type
Relay

Product Type
GE FANUC MODULE IC693MDL740H

Output Power
None (Module Type: Discrete Output Module)

Output Frequency
47-63 Hz

Input Voltage
120/240 VAC

Voltage Protection
Internally fused each output, 3A standard blow, not designed for field replacement

Material
Industrial-grade plastic and metal

Storage Temperature
-40C to +85C

Weight
Approx. 500g

About GE FANUC MODULE IC693MDL740H

The GE FANUC MODULE IC693MDL740H stands as an elite, meritorious choice for industrial automation, distinguished by inestimable reliability and pivotal performance. Highly recommended for expanding PLC I/O capability, this module features 16 discrete relay outputs, expertly designed for seamless integration within GE Fanuc Series 90-30 PLC racks. Featuring robust 1500V RMS isolation, redeem your operations with uncompromising safety and efficiency. The modules SPST-NO contacts deliver consistent switching with a maximum voltage of 250 VAC or 30 VDC, making it a superior solution for demanding manufacturing environments.

Competitive Edge & Enhanced Features

GE FANUC MODULE IC693MDL740H delivers a competitive edge in industrial automation with 16 independently isolated relay output points. Commercial users benefit from its seamless expansion capability, standard rack-mount design, and removable terminal blocks for easy installation. The modules extra features, like internally fused outputs and superior voltage isolation, ensure long-lasting, reliable operation. Ideal for PLC system upgrades, its engineered for rugged environments and trusted for pivotal process control applications.

Certifications, Export Markets & Sample Policy

Meticulously packed & dispatched, the GE FANUC MODULE IC693MDL740H meets stringent industrial certifications, guaranteeing quality and safety. It is highly sought after in main export markets across Asia, Europe, and North America. Sample policies are transparent, generally requiring a freight estimate tailored for swift international delivery. Buyers in India benefit from professionally managed logistic services, ensuring each module is shipped promptly and securely to its destination.

FAQs of GE FANUC MODULE IC693MDL740H:

Q: How does the IC693MDL740H module enhance industrial automation?

A: The IC693MDL740H module provides 16 relay outputs, offering expanded control and inestimable reliability for critical industrial processes. Its robust isolation ensures safety, and its compatibility with Series 90-30 PLCs allows seamless integration.

Q: What are the main applications of the GE FANUC IC693MDL740H?

A: Primarily used in industrial automation, this module excels in PLC I/O expansion, manufacturing controls, process automation, and environments demanding high output isolation and relay switching.

Q: Where can the IC693MDL740H module be installed within a PLC system?

A: This module is designed for standard I/O slots within a GE Fanuc Series 90-30 PLC rack, making installation straightforward and flexible for various system configurations.

Q: What voltage and current ratings does the IC693MDL740H support?

A: The module supports up to 250 VAC or 30 VDC switching voltage, with each output handling a maximum current of 2A. Internal fuses provide extra protection, but are not field-replaceable.

Q: How is the output protection managed in this relay module?

A: Each relay output is internally fused with a standard 3A blow fuse, enhancing operational safety and protecting connected equipment during voltage surges or overcurrent events.

Q: What is the benefit of individually isolated relay outputs in this module?

A: Individually isolated outputs mitigate signal interference, enhance reliability, and improve system safety, especially in environments subject to electrical noise or varied loads.

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