P0972VG Foxboro Termination Assembly

P0972VG Foxboro Termination Assembly | New & Original Stock

Availability: 10 left in stock

Foxboro P0972VG Termination Assembly The Foxboro P0972VG, also cataloged as the P0972VG Termination Assembly, operates as a dedicated hardware component...

SKU: RH928CA

Manufacturer: Foxboro
Product No.: RH928CA
Product Type: Foxboro I/A Series
Product Origin: USA
Payment:T/T, Western Union
Weight: 450g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Foxboro P0972VG Termination Assembly

The Foxboro P0972VG, also cataloged as the P0972VG Termination Assembly, operates as a dedicated hardware component for field transmitter interfacing within I/A Series DCS networks. Configured for high-density physical signal routing, this component functions as a multi-channel connection plane that facilitates the execution of raw analog or mixed I/O signal transmission to paired Fieldbus Modules. The physical assembly manages electrical or multi-mode optical path connections to minimize frame latency and cross-talk variations without passive load distortions.

Hardware Specifications

Parameter	Specification
Model	P0972VG
Brand	Foxboro (Schneider Electric)
Origin	United States
Weight	0.45 kg
Dimensions	Standard termination assembly footprint
Operating Temp	-20 to +60 deg C
Power Consumption	Provided via FBM backplane (Passive interface)
Channel Capacity	Multi-channel array dependent on FBM pairing
Signal / Connection Types	4-20 mA loops, voltage, TC, RTD / LC-LC Multimode fiber (0.5 m)
Termination Interface	Screw-clamp terminals (12-22 AWG) / Optical LC duplex
Isolation	Channel-to-channel and channel-to-ground isolation
Mounting Base	DIN rail or rack base configuration
Storage Temperature	-40 to +85 deg C
Enclosure Rating	IP20 (Cabinet installation required)
Certifications	CE, UL, cUL, ATEX compliant

Channel-to-Channel Isolation & Signal Preservation

The electrical trace matrix of the P0972VG is optimized to sustain the 4-20 mA HART loop protocol over long-distance field lines without cross-channel interference. The physical layout enforces strict channel-to-channel isolation parameters, blocking common-mode voltage transients and preventing parallel ground loop paths from shifting active instrumentation baselines. For mixed-signal installations containing low-voltage thermal devices, the board maintains structural terminal balancing, eliminating parasitic thermal gradients across copper connections to shield cold junction compensation (CJC) processing accuracy at the active FBM interface.

Frequently Asked Questions

Q: What are the physical constraints when hot-swapping an FBM module paired with the P0972VG?

A: The P0972VG is a passive termination interface, meaning it remains physically locked and wired while the paired active FBM is extracted. Hot-swapping the FBM does not affect the physical wire terminations or disrupt signal traces on the board.

Q: How is loop open-circuit checking managed across this terminal interface?

A: The board contains no active logic chips or microprocessors. Open-circuit or short-circuit diagnostics are executed directly by the internal sensing circuits of the paired active FBM module, which monitors impedance variations through the board traces.

Q: Can the screw-clamp terminal blocks handle heavy gauge solid industrial wire?

A: The terminal blocks accept solid or stranded copper conductors ranging from 12 to 22 AWG. Using thicker gauge wiring than 12 AWG may crack the terminal casing and damage the physical solder points on the board.

Field Installation Guidelines

Cabinet Environmental Protections: Mount the assembly vertically within a dust-free, ventilated IP54 control cabinet. Keep at least 50 mm of open space around the wire tracking paths to ensure optimal heat dissipation inside the housing.
Shield Grounding Matrix: Route all field transmitter shield drains directly to the system cabinet copper earth bus bar. To prevent circulating ground loop currents, never ground a single instrument shield at both the field enclosure and this termination assembly.
Signal Track Separation: Route all low-voltage analog input and RTD wires away from high-power AC distribution lines or inductive switching devices. Maintain a minimum physical separation of 300 mm in all wire ducts to limit induction noise.
Conductor Strip Length: Strip all 12-22 AWG connection wires to exactly 7 mm before pushing them into the screw clamps. Tighten the terminals to factory torque limits to prevent high contact resistance or loose connections.

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