ALLEN BRADLEY MODULE

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ALLEN BRADLEY MODULE Specification

Power Supply
External Power Required

Application
Industrial Automation, PLC Systems

Phase
Single / Three Phase (variant dependent)

Connector Type
Screw Terminal / Plug-in Connector

Current Range
0.5A to 2A

Rated Current
Varies by type (1A typical)

Noise Level
<40 dB

Output Current
Max 2A (depends on module type)

Working Temperature
0C to 60C

Features
High reliability, DIN rail mounting, LED indicators, Compact design

Power Factor
>0.95

Rated Power
Varies by model

Cooling Method
Natural Air Cooling

Operating Temperature
0C to 60C

Output Type
Digital/Analog (varies by model)

Product Type
Allen Bradley Module

Output Frequency
50/60 Hz

Input Voltage
24V DC

Voltage Protection
Overvoltage, Short Circuit Protection

Efficiency
Up to 90%

Material
Industrial Grade Plastic & Metal

Line Regulation
0.5%

Storage Temperature
-40C to +85C

Weight
Approx. 150g to 500g

About ALLEN BRADLEY MODULE

ALLEN BRADLEY MODULE 1794-OE4

Reliable Industrial Performance

Engineered for superior reliability, the ALLEN BRADLEY MODULE features robust protection against overvoltage and short circuit conditions, ensuring uninterrupted performance in industrial settings. High efficiency, up to 90%, and a cooling method based on natural air ensure optimal operation within a wide temperature range, making it suitable for rigorous automation tasks.

Flexible Integration and Communication

The module supports multiple communication protocols, including EtherNet/IP, DeviceNet, ControlNet, and Profibus, allowing seamless connection within a variety of PLC and automation systems. Its compatibility with various connector types and mounting options ensures straightforward integration, regardless of your systems architecture.

FAQs of ALLEN BRADLEY MODULE:

Q: How do I mount the ALLEN BRADLEY MODULE on a DIN rail?

A: To mount the module on a DIN rail, simply align the rear clips with the rail and push until it snaps securely in place. The compact design and robust industrial-grade materials make installation quick and reliable, suitable for most control cabinet setups.

Q: What are the benefits of using different communication protocols with this module?

A: Using protocols such as EtherNet/IP, DeviceNet, ControlNet, and Profibus allows flexible connectivity with various industrial networks and PLC systems. This adaptability ensures efficient communication, improved data transfer rates, and easy system expansion or integration.

Q: When should I use a digital versus analog output module in my automation setup?

A: A digital output module is suitable for controlling on/off devices like relays or lamps, while an analog output module is ideal for devices requiring variable signals, such as motors or sensors. The choice depends on the nature of the devices being controlled and the precision needed in your process.

Q: Where can these modules be deployed within industrial automation?

A: ALLEN BRADLEY MODULES are designed for versatile application in PLC control panels, production lines, and process automation systems across industries including manufacturing, water treatment, and energy management, among others.

Q: What process should I follow for connecting external power to the module?

A: Connect the external power supply via the specified screw terminal or plug-in connector, ensuring the power rating matches the module requirements (24V DC typical). Proper connection safeguards against electrical faults and supports reliable operation.

Q: How does the IP20 protection rating benefit my installation?

A: IP20 rating protects the module against solid objects larger than 12.5mm, such as fingers or tools, but does not provide water resistance. This is ideal for controlled indoor environments and ensures safe operation in typical automation panels.

Q: What is the efficiency range and how does it impact overall system performance?

A: The ALLEN BRADLEY MODULE achieves up to 90% efficiency. High efficiency reduces energy consumption and heat output, contributing to lower operational costs and improved durability of the automation system.

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