Product Name:
The product name is FOXBORO FBM242 Flow Metering Module.
Product Description:
The FOXBORO FBM242 Flow Metering Module is a high-performance metering solution designed for precise measurement and control of fluid flow rates in industrial applications. This module offers exceptional accuracy, repeatability, and reliability, making it ideal for demanding process control systems where accurate flow data is critical for optimizing operations and ensuring process safety.
Product Name:
The product name is FOXBORO FBM242 Flow Metering Module.
Product Description:
The FOXBORO FBM242 Flow Metering Module is a high-performance metering solution designed for precise measurement and control of fluid flow rates in industrial applications. This module offers exceptional accuracy, repeatability, and reliability, making it ideal for demanding process control systems where accurate flow data is critical for optimizing operations and ensuring process safety.
The FBM242 is equipped with advanced metering algorithms and compensation techniques to provide accurate flow measurements, even under varying process conditions and fluid properties. It supports a wide range of fluid types, including gases and liquids, and can be configured to meet specific metering requirements.
With its compact and robust design, the FBM242 is suitable for use in harsh industrial environments. It offers easy installation and integration into existing control systems, providing seamless data exchange and remote monitoring capabilities. The module supports a range of communication interfaces, allowing for flexible integration with other industrial devices and networks.
Product Parameters:
The specific parameters of the FOXBORO FBM242 Flow Metering Module may vary depending on the model and its configuration. However, some common parameters may include:
Flow Rate Range: The range of flow rates that the module can measure accurately, expressed in appropriate units such as cubic meters per hour (m³/h), gallons per minute (GPM), or liters per second (L/s).
Accuracy: The level of precision with which the module measures flow rates, often specified as a percentage of reading or a specific error band.
Response Time: The time taken by the module to respond to changes in flow rate, indicating its ability to track rapid fluctuations in flow conditions.
Output Signal: The type of signal generated by the module to indicate the measured flow rate, such as analog voltage, digital communication protocols (e.g., Modbus, FOUNDATION Fieldbus), or pulse outputs.
Power Requirements: The voltage and current required to power the module, specifying the necessary power supply for reliable operation.
Process Connections: The type and size of piping or tubing required to connect the module to the process fluid, ensuring a secure and leak-free installation.
Environmental Ratings: The temperature, humidity, and other environmental conditions under which the module can operate safely and reliably, specifying its suitability for indoor or outdoor use.
Product Specification:
The product specification for the FOXBORO FBM242 Flow Metering Module provides detailed technical information about the module’s dimensions, materials, electrical characteristics, and installation requirements. It also includes information on the operating conditions, such as temperature range, humidity, and pressure ratings, under which the module can operate safely. Additionally, the specification may provide details on the communication interfaces, data formats, and any software or tools required for configuration, calibration, and maintenance of the device.
To obtain the exact product name, description, parameters, and specifications for the FOXBORO FBM242, it is recommended that you visit the official website of Schneider Electric (which now owns Foxboro), navigate to the product support section, and search for FBM242. Alternatively, you can contact their customer service or technical support team for assistance. They will be able to provide you with the most accurate and up-to-date product information available.