Documented field work

Installation details and completed work

Close-up of a wall outlet with an orange plug-in electrical tester displaying 119 VAC and “CORRECT.”
afterDiagnostic view of a wall outlet with a plug-in tester displaying 119 VAC and “CORRECT” during an electrical service visit.
Close-up of a GFCI receptacle with a Klein Tools plug-in tester connected during electrical service work.
detailDiagnostic photo showing a GFCI receptacle and plug-in tester during an electrical service visit in Vancouver.
Work-in-progress view of an open wall electrical box with separated conductors and wire connectors, with tools and a removed cover plate on the counter below.
detailWork in progress: the wall electrical box is open with conductors separated and wire connectors visible during the repair.

The need

The recorded scope was to troubleshoot outlets in a kitchen. During the visit, the GFCI had no power. The receptacle was disconnected and removed so the supply could be checked.

PTX's approach

PTX tested the supply wire and recorded 120 volts. That indicated the issue was with the GFCI itself rather than a lack of power at the supply. The broken GFCI was replaced with a new 20A GFCI receptacle.

The recorded result

PTX tested the new GFCI after installation and recorded that it was working properly. The work was completed in Vancouver on October 28, 2026.

What this job helps another property owner consider

When a kitchen GFCI outlet has no power, the outlet itself may need to be checked rather than assuming the whole supply is unavailable. This job shows the value of testing the supply and the receptacle separately before deciding what repair is needed.

Frequently asked questions

Questions property decision-makers ask

What did PTX find during this Vancouver emergency response?

The GFCI had no power, while the supply wire recorded 120 volts. PTX identified the GFCI as broken, replaced it and recorded that the new receptacle was working properly.

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