Foxboro P0916CA FBM217

Description

Product Overview

The Foxboro P0916CA FBM217 is a high-performance field bus module designed for the Foxboro I/A Series distributed control system(DCS).It provides a reliable interface for analog input signals,ensuring precise data acquisition and seamless integration into process automation networks.The Foxboro P0916CA FBM217 is engineered to deliver accurate,noise-resistant measurement capabilities,enabling stable and secure control over critical process parameters.

Part of the trusted FBM200 series,the Foxboro P0916CA FBM217 offers superior flexibility and modularity,making it easy to configure,expand,or maintain within large-scale control systems.Its compact form factor allows for efficient cabinet space utilization,while its robust design ensures dependable performance in industrial environments subject to vibration,temperature variations,and electrical interference.

With its strong diagnostic capabilities and consistent signal accuracy,the Foxboro P0916CA FBM217 reduces downtime,enhances system reliability,and supports long-term operational efficiency.It is a cornerstone component in process industries that rely on precise control loops and dependable analog signal management.

Technical Specifications

Parameter Name Parameter Value

Product Model P0916CA FBM217

Manufacturer Foxboro(Schneider Electric)

Product Type Field Bus Module(Analog Input)

Series FBM200 Series

Input Channels 8 isolated analog input channels

Input Signal Range±10 VDC,0–20 mA,4–20 mA(configurable)

Resolution 12-bit or higher

Communication I/A Series Fieldbus interface

Power Supply 24 VDC nominal

Operating Temperature 0°C to+60°C

Storage Temperature-40°C to+85°C

Humidity 5%to 95%,non-condensing

Mounting Baseplate-mounted,modular installation

Dimensions Standard FBM200 size module

Weight Approx.0.5 kg

Main Features and Advantages

The Foxboro P0916CA FBM217 is designed with industrial-grade precision and reliability in mind.It offers multiple isolated analog input channels,enabling simultaneous monitoring of various process signals without interference.This isolation prevents ground loops and ensures signal integrity even in electrically noisy environments.

Its flexible input configuration allows engineers to adapt the module to different process requirements,whether voltage-based or current-based signals are needed.The Foxboro P0916CA FBM217 also incorporates advanced diagnostic features,enabling early detection of channel faults,wiring issues,or abnormal conditions,which reduces unplanned downtime and increases system availability.

As part of the FBM200 family,the Foxboro P0916CA FBM217 benefits from modularity and ease of replacement.Units can be hot-swapped without disturbing adjacent modules,which streamlines maintenance and minimizes process interruption.Combined with long-term stability,low drift,and rugged design,the module ensures consistent performance over extended operating periods.

Ultimately,the Foxboro P0916CA FBM217 enhances process reliability,optimizes asset utilization,and provides a cost-effective solution for industries demanding high-quality control system inputs.

Application Field

The Foxboro P0916CA FBM217 is widely applied across industries that require high-performance distributed control systems.In oil and gas production,it is used for monitoring pressures,flows,and temperatures in upstream,midstream,and downstream facilities.In petrochemical and chemical plants,the module provides accurate signal acquisition for reactors,distillation columns,and blending systems.

Power generation facilities deploy the Foxboro P0916CA FBM217 to monitor turbine performance,boiler conditions,and auxiliary systems where accurate data is critical to efficiency and safety.Water and wastewater treatment plants rely on the module to acquire reliable analog signals from pumps,sensors,and flow meters,supporting stable and safe operations.

Wherever precise analog data acquisition is required to ensure smooth process control,the Foxboro P0916CA FBM217 delivers proven performance,flexibility,and reliability.

Related Products

P0916CQ FBM218–Analog output module,complementary to FBM217 for control functions.

P0916BM FBM204–Digital input module,used alongside FBM217 for complete system coverage.

P0916AA FBM201–Universal analog input module offering broader signal compatibility.

P0916KH FBM239–Pulse input module for high-speed counting applications.

P0916GA FBM230–Advanced analog module for higher resolution applications.

P0916JB FBM241–Mixed I/O module for flexible signal handling.

P0916MA FBM242–Enhanced analog input module with extended diagnostic features.

P0917MG FBM223–Redundant module option for high availability systems.

Installation and Maintenance

Pre-installation preparation:Before installing the Foxboro P0916CA FBM217,ensure the baseplate and controller cabinet are properly grounded.Verify environmental conditions such as ambient temperature and humidity fall within specified limits.Use anti-static handling precautions when unpacking and inserting the module to prevent electrostatic discharge damage.

Maintenance recommendations:The Foxboro P0916CA FBM217 is designed for minimal maintenance due to its rugged construction and self-diagnostic capabilities.Routine inspections should include checking connectors for tightness and verifying channel performance through system diagnostics.If replacement is required,the module can be hot-swapped without shutting down the entire system,minimizing operational disruption.To maintain optimal reliability,ensure regular firmware updates are applied and that only genuine Foxboro replacement units are used.

Product Guarantee

The Foxboro P0916CA FBM217 is backed by Schneider Electric’s commitment to quality and long-term support.Each module undergoes stringent testing and validation to meet international standards for reliability and performance.Customers benefit from a comprehensive warranty and access to global service and technical support resources.The Foxboro P0916CA FBM217 delivers the assurance of durability,backed by a strong after-sales framework,ensuring continuous and secure operation for mission-critical automation systems.