Ubiquiti UACC-CABLE-PT-0.5M Power Transport Cable

Product Description

The UBIQUITI UACC-CABLE-PT-0.5M is a short-run power transport cable measuring 0.5 meters in length, designed for use within Ubiquiti network and power distribution installations. This cable provides a direct, low-loss connection between compatible Ubiquiti power transport components, allowing clean and organized power delivery in rack or wall-mount deployments. It is typically installed by network technicians and low-voltage systems integrators working with structured cabling and distributed power architectures. Sold as a single unit, this cable suits tight-space runs where a full-length cable would create excess slack and routing problems.

This cable is suited for commercial and enterprise network installations where Ubiquiti power transport infrastructure is deployed. Its short 0.5-meter length makes it appropriate for patch panel to device connections, adjacent rack unit links, or any application requiring a close-proximity power transport run. Low-voltage cabling technicians and IT infrastructure installers are the primary trades working with this component.

Key Features

• 0.5-meter length designed for short-run, close-proximity power transport connections
• Purpose-built for Ubiquiti power transport system deployments
• Sold as a single unit for precise quantity ordering
• Compact form factor reduces cable clutter in rack and enclosure environments

Compatibility

Designed as a replacement or supplemental cable for Ubiquiti power transport system installations. Confirm connector type and power transport component compatibility with your specific Ubiquiti deployment before ordering.

Installation Notes

Installation should be performed by a qualified low-voltage technician or network systems installer familiar with Ubiquiti power transport architecture. Power down or de-energize the relevant power transport components before connecting or disconnecting this cable. Follow applicable low-voltage wiring codes and the equipment manufacturer guidelines for your jurisdiction. Avoid sharp bends or pinching the cable during routing to maintain signal and power integrity.