Leviton Telcom 1PF24-1S Pedestal Kit 1-gang 20A Gfci

Product Description

The LEVITON TELCOM 1PF24-1S is a single-gang pedestal kit configured for a 20-amp GFCI receptacle with a flush-mount finish. Pedestal kits provide a self-contained enclosure and mounting solution for outdoor or in-grade power access points, consolidating the outlet, housing, and cover hardware into one assembly. This unit is suited for installations where ground-fault circuit interrupter protection is required at the point of use. Licensed electricians typically specify pedestal-style kits for pool decks, marina docks, landscaping, and similar applications where a freestanding power outlet must meet code-required GFCI protection.

This kit is appropriate for residential and light commercial electrical installations requiring a 20A GFCI outlet in a flush-mount pedestal configuration. The single-gang format accommodates one receptacle device. Typical install scenarios include outdoor service pedestals, equipment pads, and any location where a permanent, accessible power point must be established with built-in ground-fault protection at 20 amps.

Key Features

• 20-amp GFCI configuration provides ground-fault protection at the point of use
• Single-gang (1G) layout for one receptacle device
• Flush-mount design integrates cleanly with pedestal enclosure face
• Complete kit format simplifies procurement of matched enclosure and hardware components
• Sold individually (per each) for precise quantity ordering

Compatibility

Designed as an OEM-style pedestal kit for single-gang flush-mount GFCI receptacle installations requiring 20-amp circuit capacity.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and applicable local codes. Shut off and lock out the circuit breaker supplying the pedestal circuit before beginning any wiring work. Verify that the supply circuit is rated for 20 amps before connecting. Follow the GFCI device manufacturer instructions for line and load terminal wiring to ensure proper ground-fault protection functionality.