Neutrik Americas NAC3MPXXB Powercon Receptacle Grey

Product Description

The NEUTRIK AMERICAS NAC3MPXXB is a PowerCon-series locking AC power receptacle finished in grey. Designed for rugged, reliable mains power connections in professional audio, lighting, and stage equipment applications, this receptacle provides a secure twist-lock engagement that resists accidental disconnection under load. The grey color coding distinguishes it from other PowerCon variants, helping installers maintain clear visual identification of circuit function at the connection point. Electricians and AV system integrators install this component as a chassis-mount receptacle on equipment panels, road cases, and portable power distribution units.

This receptacle is suited for professional touring, installed sound, and broadcast environments where robust, repeatable power connections are required. It is commonly found on amplifiers, powered speakers, stage lighting fixtures, and power distribution panels. The locking connector design makes it appropriate for applications where vibration or cable tension could otherwise compromise a standard IEC or NEMA connection.

Key Features

• Twist-lock engagement mechanism prevents accidental disconnection under load
• Grey finish for visual circuit identification at the installation point
• Chassis-mount receptacle design for panel and enclosure installation
• Compatible with PowerCon-series locking power cables and connectors
• Sold individually, one receptacle per unit

Compatibility

Designed as an OEM-style chassis-mount receptacle for use with PowerCon-series locking AC power connectors in professional audio, lighting, and power distribution equipment.

Installation Notes

Installation should be performed by a qualified electrician in accordance with NEC requirements and applicable local codes. De-energize and lock out the circuit before mounting or wiring the receptacle. Use appropriate panel cutout dimensions and secure the receptacle firmly to the chassis before making any electrical connections. Do not connect or disconnect under load unless the specific system design explicitly permits it.