ALLEN BRADLEY 1794 DE4 MODULE

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ALLEN BRADLEY 1794 DE4 MODULE Specification

Cooling System
Convection

Rated Insulation Voltage
250V AC/DC

Cover Material
Polycarbonate

Operating Voltage
24V DC

Way
4 Channel

Panel Type
DIN Rail Mount

Rated Operation Voltage
24V DC

Protection Level
IP20

Base Material
ABS Plastic

Components
Electronic Module

Connectivity Type
Removable Terminal Block

Features
Hot Swap Capability, Diagnostic LEDs

Protection Class
Class II

Thickness
28 mm (1.10 in)

Control System
PLC

Product Type
Analog Input Module

Material
Industrial-grade Components

Surface Finish
Matte

Standard
IEC, UL, CE Certified

Surface Color
Grey

Rated Voltage
24V DC

Frequency (MHz)
50/60 Hz

Dimension (L*W*H)
94 x 25 x 69 mm

Application
Factory Automation, Distributed I/O

IP Rating
IP20

Display Type
LED Indicators

About ALLEN BRADLEY 1794 DE4 MODULE

Experience the incomparable performance of the ALLEN BRADLEY 1794 DE4 MODULE, a must-have new release in the FLEX I/O 1794 Series. This rare, kingly module delivers enviable reliability for factory automation and distributed I/O applications. With differential analog inputs, a robust input range of 0-20mA/4-20mA across four channels, and hot swap capability, this IEC, UL, and CE-certified powerhouse ensures safe, seamless integration. Crafted with industrial-grade materials and finished in matte grey, it features advanced diagnostic LEDs, convection cooling, and IP20 protectionexceeding commercial standards for enviable functionality.

Optimized for Factory Automation & Commercial Applications

The ALLEN BRADLEY 1794 DE4 MODULE is engineered for precision in demanding environments. Used in distributed I/O setups and factory automation, it brings advantages like reliable differential analog inputs and diagnostic LEDs, ensuring seamless control system integration. Its DIN rail mount design and rugged build support varied commercial uses, making it ideal for industrial process control and operational efficiency in manufacturing facilities.

Supply Ability & Commercial Offering in India

Supplied by leading traders across India, this modules enviable availability and competitive asking price underscore its commercial value. Sample policies are crafted to facilitate informed evaluations before purchase. With regular supply ability and reputable valuation, suppliers offer swift delivery to Indias main domestic market, ensuring businesses access this exceptional FLEX I/O module for their automation needs with confidence and assurance.

FAQs of ALLEN BRADLEY 1794 DE4 MODULE:

Q: How does the ALLEN BRADLEY 1794 DE4 MODULE enhance factory automation?

A: The module improves automation through superior differential analog inputs, diagnostic LEDs for real-time feedback, and hot swap capability, allowing uninterrupted operation and efficient control system performance in industrial environments.

Q: What are the main commercial uses of this module in India?

A: Primarily, its employed in distributed I/O and factory automation for precise data acquisition, efficient process monitoring, and seamless PLC integration, meeting the rigorous demands of manufacturing and process industries.

Q: When should I consider upgrading to the 1794 DE4 MODULE?

A: Upgrade when you require higher input accuracy, expandable I/O capacity, and enhanced diagnostic capabilities to optimize automation reliability and system versatility.

Q: Where can I source genuine ALLEN BRADLEY 1794 DE4 MODULE units?

A: Authorized suppliers and traders across India offer this module, ensuring you receive certified, authentic products with proper documentation and after-sales support.

Q: What is the process for installation and sample assessment?

A: Installation involves DIN rail mounting with removable terminal connectivity. Most suppliers follow a transparent sample policy, allowing you to assess functionality and compatibility before committing to a full purchase.

Q: How does hot swap capability benefit industrial users?

A: Hot swap allows the module to be replaced without shutting down operations, minimizing downtime and maximizing productivity for industrial and manufacturing environments.

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