43AP-FA42C PC-00 FOXBORO

The FOXBORO 43AP-FA42C/PC-00 is a very specific configuration of the classic Foxboro 43AP Pneumatic Indicating Controller. The additional “/PC-00” suffix provides crucial details about the integrated measurement element and optional features. Product Overview The FOXBORO 43AP-FA42C/PC-00 is a Model 43AP Pneumatic Indicating Controller, manufactured by Foxboro (now part of Schneider Electric). This instrument is designed…

43AP-FA42C FOXBORO

Product Overview The FOXBORO 43AP-FA42C is a Model 43AP Pneumatic Indicating Controller from Foxboro (now part of Schneider Electric). It is a robust and highly dependable analog instrument that continuously measures a process variable, compares it to a set point, and produces a corresponding pneumatic (air pressure) output signal to control a final control element,…

FBM217 RH916XZ FOXBORO

Description: The FBM217 (with part number RH916XZ being a common associated Termination Assembly) from Foxboro (now part of Schneider Electric) is a highly reliable discrete input interface module for the Foxboro I/A Series Distributed Control System (DCS). It serves as a vital bridge, translating on/off signals from various field devices into digital information that the…

SRI986-BIDS7ZZZNA FOXBORO

Description: The SRI986-BIDS7ZZZNA from Foxboro (now part of Schneider Electric) is a high-precision electro-pneumatic positioner, specifically engineered for the accurate and reliable control of pneumatic valve actuators. This robust device translates electrical control signals (typically 4-20mA) into precise pneumatic outputs, ensuring that industrial valves reach and maintain their commanded positions with exceptional accuracy, even in…

SRI986-BIDS7ZZZNA FOXBORO

Product Overview The FOXBORO SRI986-BIDS7ZZZNA is an Electro-Pneumatic Positioner, a critical instrument used in industrial automation to accurately control the position of pneumatic valve actuators. Manufactured by Foxboro (now part of Schneider Electric), this specific model is designed for single-acting pneumatic actuators. Its primary function is to convert an electrical control signal (typically a 4-20…

FBM217 RH914TR FOXBORO

Product Overview The FOXBORO FBM217 RH914TR Discrete Input Interface Module is a vital component within the Foxboro (now part of Schneider Electric) distributed control systems (DCS), particularly the I/A Series and Foxboro Evo™ Process Automation Systems. This high-performance Fieldbus Module (FBM) is specifically designed to interface 32 discrete (digital) input signals from field devices to…

13A-MS2-R FOXBORO

Product Description The FOXBORO 13A-MS2-R is a pneumatic differential pressure (d/p Cell) transmitter from the highly regarded Foxboro 13A series. These transmitters, now part of Schneider Electric, are renowned for their robust and reliable performance in the process industry, particularly in applications where pneumatic signals are preferred or required. This specific model measures differential pressure…

13A-MS2 FOXBORO

Product Description The FOXBORO 13A-MS2 is a pneumatic differential pressure (d/p Cell) transmitter from the highly regarded Foxboro 13A series. These transmitters, now part of Schneider Electric, are renowned for their robust and reliable performance in the process industry. This specific model measures differential pressure and then converts it into a standard pneumatic output signal,…

13A-HS2 FOXBORO

Product Description The FOXBORO 13A-HS2 is a pneumatic differential pressure (d/p Cell) transmitter from the renowned Foxboro 13A series. Foxboro (now part of Schneider Electric) d/p Cell transmitters have been a long-standing standard in the process industry, known for their exceptional dependability. This specific model measures differential pressure and then transmits a standard pneumatic output…

RH914TR FOXBORO

Description The RH914TR is a Foxboro FBM217 (Fieldbus Module) designed as a 32-channel discrete input module. This module is part of the Foxboro Evo™ process automation system and is engineered to reliably interface with and monitor the status of various digital field devices, providing crucial real-time information to the control system. Application Scenarios Consider a…