rPDUs

Rack Power Distribution Units

Efficient and reliable power distribution for critical IT and industrial environments. MPT’s Rack Power Distribution Units (rPDUs) ensure seamless energy management, optimised performance, and enhanced protection for your infrastructure.

Maximise Efficiency

Power 3 x 2 kW Server Loads From a Single 32A PDU

MPT’s Rack Power Distribution Units (rPDUs) are designed to provide reliable and efficient power distribution within data centres and critical infrastructure environments. These rPDUs allow for precise and flexible power management at the rack level, ensuring safe and efficient energy distribution to connected equipment.

The architecture consists of 6 x 16A load distribution circuits within a PDU.

The 32A single-phase PDU consists of 3 measured distribution branches, each consisting of 2 x 16A circuits, this being 3 x 2 x 16A circuits total per PDU.

Each measured distribution branch consists of 12 x C13 and 2 x C19 socket outlets.

Two options are available: standard PDU and PDU with hot-swappable meter.

Product Features

19-inch Cabinet 0U Rack Mount
Multiple outlets: 6*C19 and 36*C13
Circuit breaker protection
PDU with IP meter and sensor expansion panel supports SNMP V3 and IPV6 and can measure the total voltage, total current, power, electric energy, power factor, and frequency
Supports cascading
Supports an external T/H sensor
Supports smoke sensor, water immersion sensor, and door visit sensor

Our Applications

MPT’s Rack Power Distribution Units deliver reliable power management for critical applications, from data centres to mining farms.

Data Centres

Computer Rooms

Bank Securities

Mining Farms

Monitoring Capabilities

MPT’s rPDUs support advanced monitoring capabilities, enabling real-time tracking of power usage, which helps optimise energy efficiency and reduces operational costs.

Customisable configurations allow for adaptable setups to match the specific needs of each installation, whether in large data centres or industrial applications where uptime and energy management are critical.