ALLEN BRADLEY  MODULE
ALLEN BRADLEY  MODULE

ALLEN BRADLEY MODULE

ALLEN BRADLEY MODULE Specification

  • Application
  • Industrial Automation
  • Working Temperature
  • -20C to +60C
  • Rated Power
  • 24W
  • Output Type
  • Digital / Analog
  • Cooling Method
  • Convection
  • Features
  • Short Circuit Protection, LED Status Indicator, Modular Design
  • Phase
  • Single Phase
  • Power Supply
  • DIN Rail Mount
  • Connector Type
  • Removable Terminal Block
  • Noise Level
  • <50 dB
  • Output Current
  • 1A
  • Current Range
  • 0.2A - 1A
  • Rated Current
  • 1A
  • Operating Temperature
  • -20C to +60C
  • Power Factor
  • >0.95
  • Product Type
  • Allen Bradley PLC Module
  • Output Power
  • 24W
  • Output Frequency
  • 50/60 Hz
  • Input Voltage
  • 24V DC
  • Voltage Protection
  • Yes, Over Voltage Protection
  • Efficiency
  • Up to 90%
  • Material
  • Plastic (Body), Industrial Grade Components
  • Line Regulation
  • <0.5%
  • Storage Temperature
  • -40C to +85C
  • Weight
  • 0.4 kg
 
 

About ALLEN BRADLEY MODULE

ALLEN BRADLEY  MODULE      OZL   


Versatile Connectivity and Mounting

The module supports Ethernet/IP, RS-232, and RS-485 protocols (depending on the model), allowing seamless integration into diverse automation networks. It is easily installed using a DIN Rail mounting system, ensuring quick setup and reliable attachment within industrial control panels or enclosures.


Enhanced Performance and Reliability

With a rapid response time under 5 milliseconds and up to 90% efficiency, this Allen Bradley module delivers prompt and energy-efficient control. Solid state relay technology ensures operational reliability, and key safety features include short circuit and over-voltage protection for maximum system safeguarding.


Designed for Demanding Environments

Constructed from industrial-grade plastic, this unit withstands challenging conditions, operating in temperatures from -20C to +60C. Its IP20 ingress protection rating helps guard against dust and accidental contact, while convection cooling maintains optimal operation with minimal noise.

FAQs of ALLEN BRADLEY MODULE:


Q: How is the ALLEN BRADLEY MODULE installed in an industrial setup?

A: The module is designed for easy DIN Rail mounting, making installation simple in standard industrial control panels. Removable terminal blocks further streamline wiring during setup or maintenance.

Q: What types of signals and communications does the module support?

A: It accommodates 24V DC digital input signals with sink/source configuration and offers options for Ethernet/IP, RS-232, or RS-485 communication protocols, depending on the specific module variation.

Q: When should I consider using this module in my automation system?

A: This module is ideal for applications requiring fast, reliable digital I/O with solid state relay performance, especially where up to 8 channels and modular system expansion are needed. It is suitable for new installations or upgrading existing setups.

Q: Where can this module be used given its environmental specifications?

A: With its robust temperature range (-20C to +60C), IP20 ingress protection, and durable construction, it is suitable for industrial automation environments such as factories, process control rooms, and machinery cabinets.

Q: What is the benefit of its LED status display and protection features?

A: LED status indicators provide instant visual feedback on channel activity and module status, simplifying diagnostics and monitoring. Integrated short circuit and over-voltage protection ensure longevity and safeguard downstream equipment.

Q: How does the firmware upgradability enhance its usage?

A: Firmware can be updated to support new features or improve performance, extending the investment and keeping the module compatible with evolving system requirements.

Q: What are the main advantages of using this module in industrial automation?

A: Key benefits include modular design for system expansion, efficient power usage (up to 90% efficiency), quick relay response, and safety features that protect both the module and connected devicesresulting in reliable and scalable automation solutions.

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