Products / XP Power / F7E Series
XP Power F7E Series

XP Power F7E Series Power Supplies: F7E1A6G2

Model: F7E1A6G2

Brand XP Power
Series F7E Series
Model F7E1A6G2
RFQ-ready model route Obsolete and surplus sourcing Export follow-up by model list

Product Overview

Commercial availability is handled through direct RFQ, model verification and export-oriented follow-up rather than public cart checkout.

Datasheet Preview

Datasheet Preview

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Commercial Path

Use This Page To Confirm The Model, Then Move To RFQ

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Technical Dossier

Product Details And Specifications

XP Power F7E Series: Comprehensive Module Range and Technical Overview

The XP Power F7E Series represents a family of compact, high-efficiency AC-DC enclosed power supplies engineered for demanding industrial environments. Deployed across chemical processing plants, oil refineries, nuclear facility auxiliary systems, and heavy manufacturing lines, the F7E Series has established a significant installed base in applications where output stability, thermal resilience, and long-term component availability are non-negotiable. With output power ratings in the 7W class and a universal AC input range, these units are designed for integration into control panels, PLC racks, and distributed control system (DCS) enclosures where board space and heat dissipation are primary constraints.

The Evolution of F7E Series Architecture

The XP Power F7E Series belongs to XP Power's legacy enclosed power supply lineage, developed during a period when industrial OEMs required standardized, DIN-rail-compatible or PCB-mount power conversion in the sub-10W range. Early variants of this architecture used linear regulation topologies before transitioning to switching-mode designs that improved efficiency and reduced thermal output. The F7E Series specifically targets single-output configurations with tightly regulated DC rails, making it compatible with 5V logic systems, 12V relay circuits, and 24V sensor networks common in legacy SCADA and DCS architectures.

As industrial control systems evolved through the 1990s and 2000s, the F7E Series maintained backward compatibility with existing panel wiring standards. However, with the broader industry shift toward higher-density power modules and digital power management, the F7E Series has entered a mature/end-of-life phase for many variants. Replacement sourcing and lifecycle extension support are now the primary use cases for this series.

F7E Series Full Catalog & Functionalities (SKU List)

The following SKUs represent the documented F7E Series range. Each unit is a single-output enclosed AC-DC power supply in the 7W class:

F7E1A6G2 (10005836): 7W enclosed AC-DC power supply, 5Vdc output, universal input, chassis-mount format — the primary subject of this listing.
F7E1A3: 7W enclosed supply, 3.3Vdc output, standard terminal block interface.
F7E1A5: 7W enclosed supply, 5Vdc output, base variant without inhibit function.
F7E1A12: 7W enclosed supply, 12Vdc output, suitable for relay and solenoid drive circuits.
F7E1A15: 7W enclosed supply, 15Vdc output, used in analog signal conditioning boards.
F7E1A24: 7W enclosed supply, 24Vdc output, standard for sensor and transmitter loops.
F7E1B5: 7W enclosed supply, 5Vdc output, with remote inhibit/enable control pin.
F7E1B12: 7W enclosed supply, 12Vdc output, inhibit-capable variant for sequenced power-up systems.
F7E1B15: 7W enclosed supply, 15Vdc output, inhibit-capable, used in instrumentation front-ends.
F7E1B24: 7W enclosed supply, 24Vdc output, inhibit-capable, common in PLC I/O power rails.
F7E2A5: 7W dual-output supply, ±5Vdc, for legacy bipolar logic and op-amp circuits.
F7E2A12: 7W dual-output supply, ±12Vdc, standard for analog signal processing boards.
F7E2A15: 7W dual-output supply, ±15Vdc, used in precision measurement and DAQ front-ends.
F7E2B12: 7W dual-output supply, ±12Vdc, with remote inhibit, for sequenced multi-rail systems.
F7E2B15: 7W dual-output supply, ±15Vdc, inhibit-capable, instrumentation-grade applications.
F7E3A5: 7W triple-output supply, 5V/12V/−12V, for mixed-logic and analog hybrid boards.
F7E3A12: 7W triple-output supply, 5V/±12V, common in legacy DCS I/O card power sections.

Sourcing Hard-to-Find & Obsolete F7E Series Parts

Multiple variants within the XP Power F7E Series have been discontinued or placed on restricted availability as XP Power has transitioned its product portfolio toward higher-efficiency, digitally managed power platforms. For end-users operating legacy DCS, SCADA, or PLC installations where panel redesign is not economically viable, DriveKNMS provides lifecycle extension sourcing for the full F7E range.

DriveKNMS maintains stock of tested F7E Series units sourced from authorized channel excess, decommissioned equipment, and verified third-party inventory. All units are cross-referenced against original XP Power part numbers and internal reference codes (such as 10005836 for the F7E1A6G2) to ensure accurate identification. For obsolete variants where new stock is unavailable, DriveKNMS can provide reconditioned units with full functional verification or identify compatible modern equivalents from the XP Power VCE, VCS, or ECE series where pin and footprint compatibility permits.

Quality Control for the F7E Series Range

The F7E Series uses an enclosed switching topology with an internal transformer, output filter capacitors, and feedback regulation circuitry. DriveKNMS applies the following verification procedures to all F7E units prior to dispatch:

Input voltage sweep testing across the full universal input range (85–264Vac) to verify regulation stability. Output voltage measurement under no-load, 50%, and full-load conditions to confirm regulation within ±2% of nominal. Ripple and noise measurement using a 20MHz bandwidth oscilloscope with 47µF//0.1µF load capacitor per XP Power test methodology. Thermal soak at full rated load for a minimum of 30 minutes to identify latent component failures. Inhibit/enable function verification on B-suffix variants. Visual inspection of PCB, transformer, and output terminals for corrosion, mechanical damage, or prior repair evidence.

Units that fail any parameter are quarantined and not offered for sale. Test records are retained and available upon request for critical infrastructure procurement.

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