Metered Horizontal Rack-Mount Power Strip 110-125 Volt Single-Phase 20 Amp NEMA 5-20P Black CPI 13239-755

Product Information

Specification

Metered Horizontal Rack-Mount Power Strip 110-125 Volt Single-Phase 20 Amp NEMA 5-20P Black CPI 13239-755

Description

• CPI Power Strips provide basic power distribution into racks and cabinets allowing you to share a single power connection with multiple pieces of equipment.
• CPI Power Strips are available in two configurations: basic and metered. Basic Power Strips feature thermal circuit breakers and optional surge protection. Circuit breakers limit the amount of current available to equipment while surge protection blocks excessive voltage from equipment. Both features are critical with an unconditioned line power.
• Metered configurations include an in-line digital voltage and current ammeter
with a display to show the amount of voltage and current being used by the attached equipment.
• This feature allows the user to monitor voltage and current use and judge the amount of remaining capacity on the power strip before adding a new device to the circuit.
• Choose vertical or horizontal rack-mount power strips that match the voltage and current rating of the power connection. Power strips have NEMA outlets, and an IEC C20 inlet, and include a detachable power cord with a NEMA plug.

Features and Benefits

• Distribute power to multiple devices from a single power connection
• NEMA-style outlets and plugs
• Includes a thermal circuit breaker to protect circuits from overload
• Available with surge protection to protect equipment from power spikes
• Available with local meters to provide easy voltage and current monitoring

Metered Horizontal Rack-Mount Power Strip Overview

• Metered configurations include an in-line digital voltage and current ammeter with a display to show the amount of voltage and current being used by the attached equipment. This feature allows the user to monitor voltage and current use and judge the amount of remaining capacity on the power strip before adding a new device to the circuit.