GE FANUC OUTPUT MODULE

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GE FANUC OUTPUT MODULE Specification

Phase
Single Phase

Output Type
Digital Output

Application
Industrial Automation, PLC Systems

Power Supply
24V DC

Connector Type
Screw Terminal

Operating Temperature
0C to 60C

Cooling Method
Natural Air Cooling

Working Temperature
0C to 60C

Output Current
0.5A per channel max

Features
Removable terminal block, LED status indicators, compact design

Product Type
Output Module

Material
Plastic, Metal

Storage Temperature
-40C to 85C

Weight
Approx. 180 g

Mounting Type
DIN Rail

Isolation Voltage
1500V AC (between field side and logic side)

Response Time
<1 ms (On/Off)

Output Voltage
24V DC (nominal)

Dimensions
Approx. 130 x 45 x 60 mm

Protection
Short-circuit and overload protection

Number of Outputs
16 Channels

Model Number
IC693MDL340

About GE FANUC OUTPUT MODULE

Shop Now to experience the acclaimed GE FANUC OUTPUT MODULE (IC693MDL340), an elite essential for industrial automation and PLC systems. This world-class module features 16 digital output channels, DIN rail mounting, and 1500V AC isolation for robust safety. Noteworthy benefits include its laurate response time under 1 ms, short-circuit and overload protection, and LED status indicatorsall in a compact, reliable design. Trusted by industry leaders, this module ensures dependable 24V DC performance, making it the preferred choice for competitive suppliers and traders across India.

Application, Features, and Competitive Edge

The GE FANUC OUTPUT MODULE excels in industrial automation and PLC systems, mounting with ease on DIN rails. Its advanced features include short-circuit and overload protection, a removable terminal block, and LED status indicators, ensuring seamless operation and simplified maintenance. The modules compact construction and natural air cooling mechanism provide reliable, long-term performance, giving users a definitive edge in efficiency and safety. Its digital output reliability and single-phase compatibility make it a favored choice for elite industrial applications.

Domestic Market, Export Focus, and Shipping Advantages

This GE FANUC OUTPUT MODULE caters to Indias thriving industrial market while also commanding attention in noteworthy global export destinations. List price transparency, streamlined arrivals, and quick dispatch from the primary FOB port ensure rapid delivery to both domestic and international clients. Suppliers and traders benefit from consistent stock availability, competitive rates, and assured prompt shipmentmaking the procurement process seamless for those seeking prompt and reliable dispatches to meet stringent project timelines.

FAQs of GE FANUC OUTPUT MODULE:

Q: How is the GE FANUC OUTPUT MODULE typically installed in industrial environments?

A: The GE FANUC OUTPUT MODULE is designed for easy installation using DIN rail mounting, enabling rapid integration into new or existing PLC systems commonly found in industrial automation sectors.

Q: What makes this output module an elite choice for PLC systems?

A: With laurate features like rapid <1 ms response time, robust short-circuit and overload protection, LED status indicators, and a compact design, this module ensures reliability, safety, and user convenience in complex applications.

Q: Where can suppliers and traders purchase this module in India?

A: The module is available with authorized suppliers and traders throughout India. Interested clients can shop now for quick dispatch and reliable service from reputable distributors.

Q: What are the main usage environments and operational temperature range for this module?

A: This output module is ideally used in industrial automation scenarios with working and operating temperatures from 0C to 60C, making it suitable for diverse, demanding operating conditions.

Q: What benefits does the removable terminal block offer during application or maintenance?

A: The removable terminal block simplifies wiring, allows easier module replacement, and speeds up maintenance, all while maintaining secure electrical connections, thereby reducing downtime and improving operational flexibility.

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