The FOXBORO FBM230 (Fieldbus Module 230) P0926GU is a part of the FOXBORO series of process automation equipment designed for use in industrial environments.

### Product Name:

**FOXBORO FBM230 P0926GU Fieldbus Module**

### Product Description:

The FOXBORO FBM230 is a versatile fieldbus module that serves as an interface between field devices and the control system in process automation. It supports a range of communication protocols and is designed to facilitate the integration of various types of sensors and actuators in the field. The module features advanced diagnostics, high reliability, and flexible I/O configurations that make it suitable for various industrial applications.

### Product Parameters and Specifications:

– **Communication Protocols:** Typically supports Foundation Fieldbus and HART protocols.
– **Input Types:** Compatible with a wide range of input types including analog signals, digital signals, and serial communications.
– **Number of Channels:** Up to 16 channels or more, depending on specific configurations.
– **Power Supply Requirements:** Usually requires 24 VDC for operation.
– **Operating Temperature Range:** Designed to operate in various environmental conditions, often rated from -40°C to +70°C.
– **Enclosure Type:** Often housed in a rugged enclosure suitable for industrial use; typically rated for IP67 or similar for dust and water resistance.
– **Communication Speed:** Supports standard fieldbus communication speeds, commonly around 31.25 kbaud.
– **Dimensions:** Typically, the module will have standard dimensions that fit into a control cabinet or field mounting setup.
– **Diagnostics:** Features built-in diagnostics for troubleshooting and performance monitoring.

### Product Use:

The FOXBORO FBM230 is used in a wide range of applications in industries such as:

– **Oil and Gas:** For monitoring and controlling various processes.
– **Chemical Manufacturing:** Integration with sensors for chemical processing.
– **Water and Wastewater Treatment:** For managing treatment processes and monitoring quality.
– **Pharmaceuticals:** For precise control in critical manufacturing processes.
– **Power Generation:** For monitoring and control of power plants and related infrastructure.

It is designed for easy integration and operation within a Distributed Control System (DCS), making it suitable for managers and engineers looking to optimize process control and operational efficiency.