Penn Elcom 2U Rack Mount PDU 20A, Overload Protection & Power Monitoring

The Penn Elcom 2U Rack Mount PDU is a 20A power distribution unit for permanent installation in 19-inch equipment racks. It provides two protected circuits with integrated power monitoring within a standard 2U rack space.

Overview

Designed for the distribution of AC power in professional audio-visual, multimedia and IT environments, this unit combines filtered power for sensitive equipment, flexible international outlets, USB charging and an LCD power monitor. Each circuit is protected by its own illuminated 10A circuit breaker.

Circuit A

Circuit A delivers clean, filtered power through a Neutrik 20A powerCON inlet with a built-in 2nd Order EMI filter and a Gas Discharge Tube/Voltage Dependent Resistor (GDT/VDR) protection circuit. This input stage helps shield connected equipment from electromagnetic interference, damaging power surges and lightning strikes. The output comprises a 4-way IEC C13 outlet strip with a maximum combined load of 10A, together with a combined charger module featuring one USB and one USB-C port, each delivering 5V at 1.8A.

Circuit B

Circuit B features six universal sockets compatible with UK, US, European and Australian plugs, with Schuko plugs using a 2-pin connection only. This circuit has a maximum combined load of 10A and its own illuminated 10A circuit breaker. An integrated LCD power monitor displays real-time readouts of current (Amps), voltage (Volts), power (Watts) and energy consumption (kWh). An M4 screw terminal is provided for secure rack grounding.

Key Features

• Two fully protected circuits, each with an illuminated 10A circuit breaker
• Neutrik 20A powerCON inlet with 2nd Order EMI filter
• GDT/VDR protection circuit against power surges and lightning strikes
• Integrated LCD power monitor for current, voltage, power and energy consumption
• M4 screw terminal for secure rack grounding

Choose the Penn Elcom 2U Rack Mount PDU 20A for permanent installation in 19-inch racks where protected power distribution and monitoring are required across audio-visual, multimedia, broadcast and server environments.