120 VAC GE FANUC OUTPUT MODULE

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120 VAC GE FANUC OUTPUT MODULE Specification

Rated Current
2A per output channel

Connector Type
Screw terminals

Output Current
2A per output (max)

Power Factor
>0.95

Features
LED Status Indicators, Overload Protection, DIN Rail Mount

Power Supply
120V AC

Working Temperature
0C to +60C

Noise Level
Low, EMI compliant

Operating Temperature
0C to +60C

Current Range
0-2A per channel

Phase
Single Phase

Rated Power
As per output load specification

Output Type
Relay

Application
Industrial Automation, PLC Systems

Cooling Method
Natural Air Cooling

Product Type
Output Module

Output Power
Standard (as per GE Fanuc specifications)

Output Frequency
50/60 Hz

Input Voltage
120 VAC

Voltage Protection
In-built surge protection

Efficiency
High efficiency industrial grade

Material
Industrial Plastic Housing

Line Regulation
<1% (Typical)

Storage Temperature
-40C to +85C

Weight
Approx. 200 g

About 120 VAC GE FANUC OUTPUT MODULE

Utilise offer and elevate your automation infrastructure with the exclusive 120 VAC GE FANUC OUTPUT MODULE, model IC693MDL240E. Designed with a valorous blend of opulent performance and noble reliability, this latest module features 16 optically isolated outputs for discrete control, perfect for GE Fanuc Series 90-30 PLC systems. With high-efficiency industrial-grade components, fuse protection, and comprehensive surge safeguards, this module ensures robust, low-noise performance. Mounted easily via DIN rail or panel, its the prime choice for advanced industrial automation in Indias dynamic manufacturing environments.

Applications & Special Features: Maximised Value in Industrial Surfaces

The 120 VAC GE FANUC OUTPUT MODULE is engineered for vital application surfaces in industrial automation, supporting PLC systems with assured reliability. Its surface of application spans manufacturing lines, process control, and machinery synchronisation. Noteworthy features include LED status indicators, overload and surge protection, and optically isolated relays, ensuring precise operations. The module slots easily into DIN rail or panel mounts, providing flexibility and fortified control across varied environments. Its robust design stands out for durability and trusted performance.

Supply, Certification and Export Markets: Competitive Edge Delivered

With a ratied supply ability, the 120 VAC GE FANUC OUTPUT MODULE is promptly handed over to clients at the lowest price in India and international markets. Certifications validate its compliance with industry benchmarks, offering assurance of performance and safety. The main export markets include Asia, Europe, and North America, ensuring global availability. Reliability and cost-effectiveness define this module, making it a preferred choice for automation suppliers and traders seeking efficient, certified, and competitively rated solutions.

FAQs of 120 VAC GE FANUC OUTPUT MODULE:

Q: How does the 120 VAC GE FANUC OUTPUT MODULE ensure operational safety?

A: This module features fuse protection on outputs, in-built surge protection, and optically isolated channels to guarantee safe and stable operation in industrial environments.

Q: What are the main applications of this output module?

A: It excels in industrial automation and PLC systems, particularly in manufacturing, process control, and machinery automation, providing discrete output control and robust connectivity.

Q: Where can the output module be mounted for optimal use?

A: You can mount the IC693MDL240E securely on a DIN rail or panel, giving you versatile installation options to suit your control cabinet or process layout.

Q: When is it beneficial to upgrade to the latest GE Fanuc output module?

A: Upgrading is most beneficial when seeking enhanced reliability, improved surge protection, and efficient LED status indication for modern industrial automation needs.

Q: What process ensures effective usage of the module?

A: Properly connect all 16 outputs via screw terminals, monitor status LEDs, and operate within the specified voltage and temperature ranges for high efficiency and extended module life.

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