Leviton Telcom 530B5WLEV 30 Amp Pin Sleeve Inlet

Product Description

The LEVITON TELCOM 530B5WLEV is a 30-amp pin and sleeve inlet designed for secure, high-current electrical connections in demanding environments. Pin and sleeve devices provide a locking, weatherproof-style interface that maintains a reliable connection under vibration, repeated mating cycles, and industrial load conditions. This inlet serves as the fixed, panel-mounted receptacle side of a pin and sleeve system, accepting a corresponding plug to deliver power to portable equipment or temporary power runs. Licensed electricians and industrial maintenance technicians are the primary installers of this device.

Pin and sleeve inlets rated at 30 amps are commonly installed in industrial facilities, commercial construction sites, entertainment venues, and other locations where portable power distribution equipment must be connected and disconnected frequently. This inlet is suited for use in panel boards, power distribution boxes, and temporary power assemblies where a robust, locking power connection is required. Its 30-amp rating supports heavy tools, lighting rigs, and similar loads.

Key Features

• 30-amp current rating for heavy-duty power distribution applications
• Pin and sleeve design provides a secure, locking connection resistant to accidental disconnection
• Panel-mount inlet configuration for installation in enclosures and distribution boxes
• Sold individually as a single unit

Compatibility

Designed as an OEM-style replacement or new-installation inlet compatible with standard IEC-style pin and sleeve plug and connector systems rated at 30 amps.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and all applicable local codes. De-energize the circuit and verify the absence of voltage with a meter before beginning any wiring work. Ensure the enclosure or panel cutout is properly sized and that all conduit entries are sealed as required by the installation environment. Do not exceed the device current rating when sizing the branch circuit.