Tripp Lite UL800CB-15 Power Strip 15 Amps 10 Outlet

Product Description

The TRIPP LITE UL800CB-15 is a 10-outlet power strip rated for 15 amps, designed to distribute AC power across multiple devices in commercial, industrial, and enterprise environments. It provides a straightforward, code-compliant method for expanding a single circuit into multiple outlet positions. Licensed electricians and facilities technicians install this type of unit in server rooms, equipment racks, workstations, and light commercial panels where additional outlet capacity is needed without dedicated branch circuit upgrades. The 15-amp rating aligns with standard 15-amp branch circuit protection common in commercial wiring.

This power strip is suited for enterprise and commercial applications where multiple devices require simultaneous power access from a single source. Typical deployment scenarios include IT equipment staging areas, office workstations, and light industrial equipment setups. Its 10-outlet configuration reduces the need for multiple power drops in space-constrained installations. It is appropriate for both permanent and semi-permanent installation by qualified electrical trades personnel.

Key Features

• 10 individual AC outlets for high-density power distribution
• 15-amp circuit capacity supports standard branch circuit wiring
• Enterprise-grade construction suitable for commercial and IT environments
• Single-unit solution reduces wiring complexity at the point of use

Compatibility

Designed as an OEM-style replacement or direct-install unit for enterprise surge protection and power distribution applications requiring a 15-amp, 10-outlet configuration.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC requirements. Power down the branch circuit at the panel before making any connections. Verify that the branch circuit breaker rating matches or exceeds the load requirements of all connected devices combined. Do not daisy-chain multiple power strips together, as this practice violates NEC guidelines and creates an overload risk.