Complete 7af101.7 - Today Only [aReCMU8H]

Complete 7af101.7 - Today Only [aReCMU8H] Analog Interface Module

The Complete 7af101.7 - Today Only [aReCMU8H], manufactured by B & R Automation, is a reliable and compact analog interface module designed to connect analog I/O signals to control systems. This obsolete yet functional module is a perfect solution for maintaining legacy compatibility in your industrial settings. With its robust design and versatile features, the Complete 7af101.7 - Today Only [aReCMU8H] ensures seamless integration and efficient signal handling.

Key Product Properties and Specifications

The Complete 7af101.7 - Today Only [aReCMU8H] weighs just 8 ounces, making it a lightweight yet durable option for your control systems. It supports up to four channels of standard industrial analog input or output, handling signals like 0-10V or 0-20mA with ease. This module features integrated status LEDs, which provide straightforward channel monitoring and diagnostic feedback, allowing you to quickly identify and resolve wiring or connection issues. The Complete 7af101.7 - Today Only [aReCMU8H] meets CE, UKCA, and UL safety standards, ensuring rugged and reliable performance in industrial environments.

• Compact and lightweight design
• Supports up to four channels of analog I/O
• Integrated status LEDs for easy monitoring

Practical Uses and Target Audience Scenarios

The Complete 7af101.7 - Today Only [aReCMU8H] is an ideal replacement or retrofit solution for older B & R control systems. Its versatile analog signal connectivity makes it a practical option for maintaining legacy compatibility within your control platforms. Whether you're working in a manufacturing facility or an industrial setting, this module can help you streamline your operations and ensure seamless integration with your existing systems. With its user-friendly features and robust performance, the Complete 7af101.7 - Today Only [aReCMU8H] is a must-have for professionals looking to enhance their control systems' functionality and reliability.