FBM203 P0914SV | Foxboro | RTD Input Module

Product Overview

The Foxboro FBM203 P0914SV is an isolated 8-channel RTD input module from the I/A Series. It provides precise temperature measurement and reliable signal isolation, ensuring accurate monitoring and control in industrial automation systems.

Technical Specifications

• Manufacturer: Foxboro
• Model Number: FBM203
• Part Number: P0914SV
• Series: I/A Series
• Type: Channel Isolated RTD Input Module
• Channels: 8 isolated RTD inputs
• Input Type: Resistance Temperature Detectors (RTDs)
• Isolation: Channel-to-channel and channel-to-system isolation
• Input Voltage: Low-level RTD signals, internally conditioned
• Mounting: Rack-mounted, compatible with Foxboro I/A Series racks
• Operating Temperature: Industrial-grade range
• Shipping Weight: Approx. 3 kg

Model Code Breakdown

• FBM203: Identifies the module as an RTD input module within the I/A Series.
• P0914SV: Specific part number for procurement and replacement.
• Channel Isolated: Each input channel is electrically isolated, preventing interference and ensuring signal integrity.
• 8 Input RTD: Supports up to eight RTD sensors for temperature measurement.

Installation & Wiring Guide

• Rack Mounting: Insert the FBM203 into the designated I/A Series rack slot.
• Sensor Connection: Connect RTD sensors to the input terminals, ensuring proper polarity.
• Isolation: Maintain channel isolation to avoid cross-talk between signals.
• Power Supply: Ensure stable rack power before installation.
• Commissioning: Verify sensor calibration and input signal integrity during startup.

FAQ

• Q: What types of RTDs are supported? A: The FBM203 supports standard industrial RTDs such as Pt100 and Pt1000.
• Q: Can channels be used independently? A: Yes, each channel is isolated, allowing independent sensor connections.
• Q: Is this module hot-swappable? A: Yes, it supports hot-swapping within the rack to minimize downtime.
• Q: What systems is it compatible with? A: It integrates seamlessly with Foxboro I/A Series DCS systems.