Panduit LPCB03-X Dual Locking Iec Power Cord

Product Description

The PANDUIT LPCB03-X is a dual locking IEC power cord designed to provide a secure, retention-locked electrical connection in data center, network rack, and critical power distribution environments. The dual locking mechanism prevents accidental disconnection at both ends of the cord, reducing unplanned downtime caused by inadvertent cable pulls. This type of cord is typically installed by electricians, data center technicians, and network infrastructure professionals who require reliable power delivery to rackmount equipment and PDUs.

The LPCB03-X is suited for use in server rooms, network closets, and equipment racks where IEC-style power connections are standard. The locking feature makes it especially appropriate in high-density installations where cables are routed in close proximity and accidental disconnection poses a risk to uptime. It is sold as a single unit and falls within the hardware accessories category, making it a common stocking item for facilities maintenance teams and data center contractors.

Key Features

• Dual locking design secures both ends of the IEC power connection against accidental pull-out
• IEC-standard connector interface compatible with rackmount equipment and PDUs
• Single-unit packaging suitable for targeted replacement or new installation
• Designed for use in data center, network rack, and critical infrastructure applications

Compatibility

Designed as an OEM-style replacement or new-install power cord for equipment utilizing IEC-standard power connections in rack and data center environments.

Installation Notes

Installation is typically performed by licensed electricians or qualified data center technicians. De-energize the target equipment and the associated PDU or power source before connecting or disconnecting the cord. Verify that the locking collar on each connector is fully engaged and audibly clicks into place before restoring power. Follow applicable NEC guidelines for data center power distribution wiring practices.