The FOXBORO FBM242 RH916TA module is a component used in industrial automation and control systems, specifically designed for monitoring and controlling various parameters within a plant or facility.

**Product Name:**

FOXBORO FBM242 RH916TA Module

**Product Description:**

The FOXBORO FBM242 RH916TA module is a high-performance input/output module designed for integration into distributed control systems (DCS). It provides analog input and output capabilities, facilitating precise monitoring and control of process variables in industrial environments.

**Product Parameters:**

– **Analog Inputs:** Provides multiple channels for accepting analog signals from field devices.
– **Analog Outputs:** Capable of generating analog control signals for actuators and other control devices.
– **Communication Interface:** Interfaces with the DCS through standard communication protocols.

**Specifications:**

– **Input Channels:** Typically includes 8 analog input channels.
– **Output Channels:** Generally includes 8 analog output channels.
– **Accuracy:** High-resolution conversion for accurate signal processing.
– **Signal Types:** Supports a variety of analog signal types (e.g., voltage, current).
– **Environmental Rating:** Designed to operate reliably in industrial environments with appropriate temperature and humidity conditions.
– **Compatibility:** Compatible with FOXBORO and other major DCS systems.

**Product Use:**

The FOXBORO FBM242 RH916TA module is used primarily in process industries such as oil and gas, chemical processing, power generation, and manufacturing. Its role includes:

– **Data Acquisition:** Collecting precise analog data from sensors and field instruments.
– **Control:** Generating precise analog control signals to actuators and control valves.
– **Integration:** Seamlessly integrating into larger distributed control systems for comprehensive process control and monitoring.

This module is essential for ensuring efficient and accurate operation of industrial processes by enabling real-time monitoring and control of critical parameters.