GE FANUC MODULE IC693MDL940F

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GE FANUC MODULE IC693MDL940F Specification

Phase
Single

Output Type
Source (Positive Logic)

Rated Current
0.5A per point

Current Range
0-0.5A per point

Output Current
0.5A per point (max)

Cooling Method
Natural Air Cooling

Connector Type
Screw Terminal

Working Temperature
0C to 60C

Noise Level
Low

Features
LED Status Indicators, Field Wiring Terminals

Operating Temperature
0C to 60C

Application
PLC Automation Systems

Power Supply
24V DC

Product Type
Discrete Output Module

Input Voltage
24V DC

Voltage Protection
Fuse Protected

Efficiency
High

Material
Plastic and Metal

Storage Temperature
-40C to 85C

Weight
180g (approx)

About GE FANUC MODULE IC693MDL940F

The GE FANUC MODULE IC693MDL940F is a top-rated PLC automation solution championed for its unassailable performance and reliability. Offering 16 source outputs with a 5V to 30V DC range and efficient 0.5A per point output, this module is engineered to deliver top-notch control in demanding industrial settings. Users favor its high efficiency, LED status indicators, and robust voltage protection. With a reduced price and favorable reviews from top suppliers and traders in India, this module ensures smooth, low-noise operation and long-term durability for any sophisticated automation system.

Advantages and Applications of GE FANUC IC693MDL940F

The GE FANUC MODULE IC693MDL940F provides high-efficiency performance, making it ideal for PLC automation systems in industrial environments. Its compatibility with DIN rail or panel mounting adds installation flexibility, while fast 0.5 ms response time ensures quick switching. Air cooling and LED indicators enhance operational stability. Employing this module is straightforwardsimply wire through the screw terminals and utilize single-phase output for reliable and efficient control across diverse automation applications.

Sample Policy and Packaging Information

We supply GE FANUC MODULE IC693MDL940F samples at a reduced sale price for evaluation purposes. Samples are available via direct drop-off or shipment throughout India, ensuring a convenient process for prospective buyers. Packaging details include secure, industry-standard boxes designed to protect each unit during transit, maintaining product integrity from supply to delivery. Traders and suppliers can request sample units to assess the modules build quality and performance prior to large-scale purchase.

FAQs of GE FANUC MODULE IC693MDL940F:

Q: How can the GE FANUC MODULE IC693MDL940F be installed in a PLC automation system?

A: The IC693MDL940F module supports both DIN rail and panel mounting, allowing for straightforward installation. Secure the module to the chosen mount, connect the 24V DC power supply, and wire outputs using the supplied screw terminals.

Q: What applications is the IC693MDL940F module suitable for?

A: This module suits diverse PLC automation systems in manufacturing, industrial control processes, and environments requiring high-efficiency positive logic source outputs and rapid response times.

Q: When is it beneficial to use the IC693MDL940F in automation projects?

A: The module is most beneficial when frequent switching, rapid response, high reliability, and robust isolation between field and logic are required, particularly in high-demand industrial settings.

Q: Where can I purchase or request a sample of the IC693MDL940F in India?

A: Samples and full modules are available from certified suppliers and traders across India. You can request samples for evaluation before committing to a bulk order.

Q: What is the process for evaluating the IC693MDL940F before bulk purchase?

A: Interested buyers can obtain a sample at a reduced price, review its build quality, efficiency, and integration guidelines before making bulk purchases. This pre-sale process helps ensure suitability for specific automation requirements.

Q: How does the modules output protection enhance its longevity?

A: The fuse-protected output terminals safeguard the module from overload and voltage spikes, effectively extending its operational life and minimizing maintenance needs.

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