Hubbell Wiring Device-kellems HBL7467 Ungrounded Inlet

Product Description

The HUBBELL WIRING DEVICE-KELLEMS HBL7467 is a 2-pole, 2-wire ungrounded inlet rated for 125 volts AC at 15 amps. It follows the ML-1R NEMA configuration and features a male-end termination in a black steel body. This inlet is used where a grounded circuit is not present or not required, providing a secure connection point for compatible cord sets and devices. Electricians install this fitting in commercial and industrial wiring applications where a locking-style ungrounded inlet is the specified solution.

This inlet is suited for use in light commercial, industrial, and maintenance wiring scenarios where a 125-volt, 15-amp ungrounded locking connection is required. Its male-end configuration makes it appropriate for panel-mount or enclosure-mount installations. The steel construction provides durability in demanding environments. A single unit is supplied per package, making it easy to source for single-outlet or small-quantity service calls.

Key Features

• 125-volt AC, 15-amp rating for standard single-phase circuits
• ML-1R NEMA locking configuration for secure cord retention
• 2-pole, 2-wire ungrounded design for applications without a ground conductor
• Male-end termination for panel or enclosure mounting
• Black steel body for durability in commercial and industrial environments

Compatibility

Designed as an OEM-style replacement or direct-fit inlet for 125-volt, 15-amp ungrounded locking wiring systems using the ML-1R NEMA configuration.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements. Shut off circuit power at the breaker panel and verify the circuit is de-energized with a meter before beginning work. Because this inlet is ungrounded, confirm that the application and local code allow for a 2-wire, ungrounded wiring method before installation. Do not use this inlet as a substitute for a grounded outlet in circuits where an equipment ground is required by code.