Portable Foxboro Fbm217 P0916pw Discrete Input Interface Module Now 45% Cheaper [f2AnHyBe]

Portable Foxboro Fbm217 P0916pw Discrete Input Interface Module Now 45% Cheaper [f2AnHyBe]

The Foxboro FBM217 P0916PW is a cutting-edge discrete input interface module designed for I/A Series control systems. This robust module is engineered to offer high availability in industrial automation environments through its support for both single and redundant configurations. With 32 isolated input channels, it effectively monitors digital signals from field devices, ensuring reliable data acquisition and processing.

Key Product Features

The Foxboro FBM217 P0916PW boasts a range of impressive features that make it an essential component for any industrial control system. Its high channel density allows for the compact integration of 32 discrete inputs, optimizing space and reducing installation time. The redundancy-ready design enables fault tolerance, ensuring continuous operation even in the event of a failure. Additionally, the module supports a flexible voltage range, accommodating both AC and DC input levels, making it versatile for various applications.

• High Channel Density: The module's compact design supports 32 discrete inputs, maximizing efficiency and minimizing space requirements.
• Redundancy Ready: Deploy the module in redundant pairs for fault tolerance, ensuring uninterrupted operations in critical environments.

Product Specifications and Practical Applications

With specifications that cater to the demands of harsh industrial environments, the Foxboro FBM217 P0916PW is designed for durability and reliability. It offers a configurable filter/debounce time, pulse count rate up to 250 Hz, and a robust power supply with a maximum power consumption of 3 W. This module is also equipped with advanced diagnostics, supporting Sequence of Events (SOE) and fault detection, which aids in quick troubleshooting and maintenance. Its modular integration allows for compatibility with various termination assemblies (TAs), ensuring seamless integration into diverse control systems.

• Configurable Filter/Debounce Time: Tailor the filter/debounce time to meet specific application requirements.
• Advanced Diagnostics: Utilize SOE and fault detection for efficient troubleshooting and maintenance.