P0926KP Foxboro I/A Series Datasheet & Technical Manual

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Foxboro P0926KP Termination Assembly Configured for field device signal termination in Foxboro I/A Series platforms, the Foxboro P0926KP (P0926KP Termination...

SKU: P0926KP

Manufacturer: Foxboro
Product No.: P0926KP
Product Type: Terminal Block Assemblies
Product Origin: USA
Payment:T/T, Western Union
Weight: 200g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Foxboro P0926KP Termination Assembly

Configured for field device signal termination in Foxboro I/A Series platforms, the Foxboro P0926KP (P0926KP Termination Assembly) provides direct physical/electrical execution. It interfaces industrial field instruments directly to companion Fieldbus Modules (FBMs) via integrated wire distribution routing lanes, managing point-to-point interconnecting paths across the central system backplane interface.

Hardware Specifications

Parameter	Specification
Model	P0926KP
Brand	Foxboro
Origin	USA
Weight	0.2 kg
Dimensions	45 x 102 x 104 mm
Operating Temp	-20 to +70 deg C
Power Consumption	Passive (determined by host FBM module load)
System Compatibility	Foxboro I/A Series FBM modules
Function	Provides wiring interface between FBMs and field devices
Number of Terminals	16-32 (dependent on FBM type)
Signal Types Supported	Analog input/output, digital input/output
Wiring Method	Screw-clamp or spring-clamp terminals
Isolation	Channel-to-channel and channel-to-ground (via FBM design)
Humidity	Up to 95% RH (non-condensing)
Certifications	CE, UL, CSA, IEC 61131-2

Process Control & DCS Terminal Properties

The assembly architecture accommodates multi-channel signal routing supporting standard 4-20 mA HART loop protocol parameters alongside high-density discrete point assignments. The electrical pathing maps passive or active field loop signals to distinct physical connections without introducing parallel loop path drifting. Structural isolation parameters match the specific companion FBM hardware specifications, utilizing isolated copper paths to contain transient high-frequency common-mode noise and prevent localized electrical faults from crossing over adjacent I/O boundaries.

Frequently Asked Questions

Q: Does the assembly maintain continuous loop power if the active FBM module is extracted? A: Yes, field wiring terminates directly at this assembly, which remains permanently attached to the cabinet rail. This physical separation supports hot-swappable installation routines, allowing host FBM cards to be disconnected or replaced without breaking the physical field circuits or dropping loop currents.

Q: How are different signal types and ranges segregated across the terminals? A: The termination points accept standard current loops or discrete voltage ranges. However, mixing disparate classifications across a single assembly is governed strictly by the channel capability of the connected FBM module card; the passive terminal block acts solely as a physical routing interface.

Q: What is the maximum torque and strip threshold specification for the wire terminal clamps? A: Standard industrial guidelines require field conductors to be stripped back approximately 8 mm. Screw-clamp variants must be torqued to baseline panel standards to guarantee a constant gas-tight connection under continuous low-frequency structural vibration.

Field Installation Guidelines

DIN Rail Alignment: Mount the assembly frame directly to a clean, conductive standard symmetric DIN rail or specialized carrier baseplate. Ensure the rear grounding clip mechanisms snap securely into place to establish a direct low-impedance connection path to the cabinet chassis ground grid.
Shield Wire Management: Terminate all incoming 4-20 mA or low-voltage discrete signal cable shields to a centralized, dedicated instrumentation earth bus bar. Do not terminate individual shields at both ends of the loop to protect the circuit against induced electromagnetic ground loop propagation.
Separation Matrix Constraints: Route all field interface wires through designated layout paths inside the panel. Maintain a permanent physical separation of at least 30 cm between these low-voltage analog/digital signal paths and any high-voltage AC distribution power conduits.
Mechanical Torque Verification: Inspect and verify the tightness of all screw-clamp interfaces post-installation. Loose connection elements introduce localized circuit resistance, which degrades the overall measurement accuracy indices of precision analog loops.

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