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ALLEN BRADLEY MODULE

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ALLEN BRADLEY MODULE Specification

Features
Short circuit protection, LED indicator, Easy mounting

Power Supply
External

Cooling Method
Natural air cooling

Output Type
Digital / Analog

Connector Type
Screw Terminal

Application
Industrial Automation, Process Control

Current Range
0-2A

Rated Power
48W

Working Temperature
-20C to +60C

Operating Temperature
-20C to +60C

Power Factor
>0.95

Output Current
2A

Rated Current
2A

Phase
Single Phase

Noise Level
<50 dB

Product Type
Module

Output Power
24V DC, 2A

Output Frequency
50/60 Hz

Input Voltage
100-240V AC

Voltage Protection
Over-voltage, Under-voltage

Efficiency
90%

Material
Industrial Grade Plastic and Metal

Line Regulation
0.5%

Storage Temperature
-40C to +85C

Weight
320 g

Mounting Type
DIN Rail

Display Type
LED Status Indicators

Compatibility
Compatible with ControlLogix Series

Resolution
16-bit

Dimensions
118 mm x 35 mm x 145 mm

Degree of Protection
IP20

Number of Channels
8

Model Number
1756-IF8

Communication Protocol
Ethernet/IP

Response Time
<10 ms

Isolation
Optical Isolation

About ALLEN BRADLEY MODULE

ALLEN BRADLEY MODULE OBD/B

High-Precision Analog Input Module

The 1756-IF8 provides accurate analog signal input with its 16-bit resolution across 8 channels, ensuring reliable process measurements for industrial automation. With optical isolation and robust voltage protection, it safeguards against electrical surges, promoting both stability and system longevity. Its sturdy build makes it well-suited for harsh operating conditions, with a working temperature range from -20C up to +60C.

Seamless Integration and Smart Design

Designed for easy DIN rail mounting, the module features screw terminals for secure connections and LED status indicators for rapid diagnostics. It is fully compatible with Allen Bradley ControlLogix series, communicating via Ethernet/IP for flexible system architecture. Natural air cooling and a sound level under 50 dB ensure silent and efficient operation, while industrial-grade materials guarantee lasting durability.

FAQs of ALLEN BRADLEY MODULE:

Q: How does the Allen Bradley 1756-IF8 integrate with existing ControlLogix systems?

A: The 1756-IF8 is fully compatible with the ControlLogix series, connecting via standard DIN rail mounting and communicating over Ethernet/IP protocol. This ensures straightforward integration into your automation system for enhanced process control.

Q: What is the primary application of the 1756-IF8 module in industrial settings?

A: The 1756-IF8 is primarily used for analog input signal acquisition in industrial automation and process control environments, making it suitable for industries requiring precise measurement and monitoring of multiple analog signals.

Q: When should I choose the 1756-IF8 module for my automation project?

A: You should opt for the 1756-IF8 when your application requires high-precision analog input, fast response time (<10 ms), and robust voltage protection. Its particularly useful in scenarios involving eight input channels and compatibility with ControlLogix PLCs.

Q: Where is the Allen Bradley 1756-IF8 best mounted in an automation setup?

A: The module is designed for DIN rail mounting within control panels or enclosures. Its compact dimensions (118 mm x 35 mm x 145 mm) facilitate installation in spaces typically found in industrial automation environments.

Q: What is the process for wiring and powering the 1756-IF8 module?

A: Wiring is facilitated by screw terminals for secure connections, and it requires an external power supply of 24V DC at up to 2A. Always ensure proper voltage regulation and follow the provided installation guides for safety and reliability.

Q: How can I monitor the operational status of the module?

A: Operational status is easily monitored through the integrated LED status indicators on the module, allowing you to quickly identify system activity or fault conditions.

Q: What are the key benefits of using the 1756-IF8 in industrial automation?

A: Key benefits include high-resolution signal processing, reliable optical isolation, quick response times, robust protection features, easy installation, and straightforward diagnosticsdelivering efficient and safe operation for process control applications.

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