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Foxboro P0926JM 8-Position Modular Baseplate

  • Model: P0926JM (RH926JM)
  • Brand: Foxboro (Schneider Electric / Invensys)
  • Series: I/A Series 200 Series Baseplate
  • Core Function: Mounting and signal distribution rack for up to 8 FBM modules
  • Product Type: 8-Position Modular Baseplate
  • Key Specs: 8 FBM Slots | Dual Fieldbus Interfaces | Primary/Secondary Power Inputs
  • Condition: New Original / New Surplus (Never refurbished).
  • Inventory Status: Legacy DCS infrastructure asset requiring strategic surplus stocking to prevent backplate failure downtime.

Description

Key Technical Specifications

Parameter Value
Module Capacity Up to 8 Fieldbus Modules (FBMs)
Power Inputs Primary and secondary redundant power inputs
Communication Interfaces Dual fieldbus and time strobe interfaces
Configuration Modular position DIP switch setting
Mounting Type Rack or vertical panel mount
Operating Temperature 0 to +60 °C
Humidity Tolerance 5% to 95% RH (non-condensing)
System Compatibility Foxboro I/A Series 200 Series DCS architectures
Dimensions & Weight Compact industrial profile / ~1.5 kg

 

Product Introduction & Supply Chain Strategy

The Foxboro P0926JM is an 8-position modular baseplate designed to mount, power, and route communication signals for Foxboro I/A Series Fieldbus Modules (FBMs). It integrates dual fieldbus lines, redundant power feeds, and time strobe distribution across high-availability control architectures.

Procuring this structural rack as a certified New Surplus asset prevents unpredicted control loop failures caused by warped backplane traces or corroded bus connectors. Securing factory-fresh surplus hardware eliminates the hidden risks of second-hand components, safeguarding Total Cost of Ownership (TCO) and ensuring long-term plant uptime without relying on degraded used equipment.

 

Installation & Configuration Guide

1.Pre-Installation (Prep & Safety):Prerequisite.

Isolate main power distribution to the control cabinet and execute formal lock-out/tag-out (LOTO) protocols. Wear an ESD wrist strap connected to cabinet ground. Document existing module positioning and DIP switch settings before unseating hardware.

Verification: Confirm zero voltage across baseplate power terminals using a calibrated digital multimeter.

2.Removal:Mechanical Extraction.

Extract all mounted FBM modules from the legacy baseplate slots. Disconnect power wiring harnesses, dual fieldbus cables, and ground straps. Loosen the cabinet mounting bolts and extract the old baseplate structure.

Verification: Inspect the cabinet mounting panel for dust accumulation or mechanical distortion before installing the new unit.

3.Installation (Clone & Seat):Hardware Setup.

Mount the Foxboro P0926JM baseplate securely to the cabinet panel or rack rails, torqueing mounting fasteners to specification. Match the modular position DIP switch configuration exactly to your plant system documentation. Reconnect power and fieldbus lines.

Verification: Perform a visual check to confirm that all power terminals, ground wires, and communication cables lock securely into place.

4.Power-On & Testing:Commissioning.

Restore cabinet power feeds. Verify that primary and secondary power input LEDs illuminate correctly. Reinsert FBM modules and check that system software detects each slot without bus communication faults.

Verification: Check that the DCS engineering station reports normal health status across all populated module slots on the baseplate bus.

 P0926JM

P0926JM

 P0926JM

P0926JM

Firmware/Software Versions & Upgrade Notes

  • Baseplate Configuration Baseline: The P0926JM relies on hardware DIP switch settings for slot addressing rather than flashable firmware; match switch configurations precisely to the legacy unit.
  • Compatibility Warnings: Do not mix 100 Series and 200 Series baseplate wiring layouts without checking system interface specifications, as power distribution pinouts differ across generations.
  • Maintenance Best Practice: Check cabinet terminal torque values and inspect bus connector pins during routine annual outages to prevent loose connections caused by industrial vibration.

 

Frequently Asked Questions (FAQ)

  • Why is this Foxboro baseplate categorized as New Surplus rather than factory direct?

    This unit is an authentic, original OEM-manufactured product procured from verified surplus channels after plant inventory rationalization. It has never been installed in a live cabinet or subjected to field electrical wear.

  • How can I be certain this baseplate is not refurbished or repaired?

    We enforce a strict zero-tolerance policy against second-hand, repaired, or modified hardware. Every baseplate arrives in original packaging featuring unblemished bus pins, clean terminal blocks, and zero solder repairs.

  • What are the hidden risks of installing a used or refurbished baseplate?

    Used baseplates frequently suffer from micro-cracked solder joints on backplane traces, oxidized connector pins, and fatigued spring contacts. These hidden defects cause intermittent bus communication dropouts and hard-to-diagnose system faults.

  • Does the P0926JM support redundant power configurations?

    Yes, it features dedicated primary and secondary power input terminals to maintain uninterrupted power distribution across connected FBM modules.

  • What warranty terms apply to this New Surplus baseplate?

    This product is backed by a comprehensive 1-year replacement warranty, delivering original OEM performance assurance and complete operational security for your facility.