Allen Bradley 1747-ASB/A, PLC Control Module

Product Type:PLC I/O Adapter Module

Model:1747-ASB/A 1747ASBA

Series:SLC 500

Module Type:I/O Adapter

Communication Port:Universal Remote I/O

Number of Slots:30

Connectors:6-Pin Phoenix Connector

Weight:168 grams

Operating Voltage:Standard Industrial Range

Rated Current:Dependent on Application

Operating Temperature:-5°C to 55°C

    Experience unparalleled performance with the Allen Bradley 1747-ASB/A 1747ASBA I/O Adapter Module, specifically engineered for the demanding requirements of industrial automation environments. This module is a cornerstone of efficient data transfer, seamlessly integrating with Allen-Bradley’s renowned SLC 500 system to optimize production lines and enhance operational efficiency.

    Crafted with precision and durability, the 1747-ASB/A 1747ASBA boasts an impressive capacity of up to 30 slots, allowing for flexible configuration according to specific application needs. Its robust 6-pin Phoenix connectors ensure secure and reliable connections, enabling smooth communication across your network.

    With its universal remote I/O capability, this adapter module simplifies integration with diverse devices and components, streamlining your system setup and reducing complexity. Whether you’re managing complex control systems or looking to expand existing installations, the Allen Bradley 1747-ASB/A 1747ASBA is your go-to solution for industrial automation.

    Designed for optimal performance within a wide operating temperature range (-5°C to 55°C), this module ensures reliable operation under various environmental conditions. Its compatibility with standard industrial voltage ranges guarantees seamless integration into a multitude of systems, enhancing the overall flexibility and adaptability of your industrial infrastructure.

    Invest in the future of industrial automation with the Allen Bradley 1747-ASB/A 1747ASBA I/O Adapter Module. Trust in the reliability, versatility, and performance of Allen-Bradley products to elevate your manufacturing processes and drive productivity to new heights.