MNS RPP

Power distribution to critical loads

ABB MNS PDU/RPP

ABB MNS PDU/RPP is the solution for critical load power distribution. Among other configurations it includes the SMISSLINE TP as a distribution chassis to provide IPXXP protection for the branch MCB and facilitate a ‘hot swap’ of the branch circuits. 

The branch circuit management (BCM) module measures the branch RMS currents & voltage. Based on these measurements it calculates the power quality parameters like power, energy, load, pf, MD, THD etc. 

The BCM generates warnings / alarms for different power quality parameters based on thresholds configured by the user. A single BCM module can monitor 4x42 (168) SP branch circuits.  Additional modules are available to monitor the main incomer, sub-incomers as well. 

MAIN BENEFITS

Unmatched safety for protection of personnel and plant exceeding standard requirements , Hot swappable branch circuits , Flexible & scalable solution - build as you grow , Optimum power usage , Simple, cost-effective operation and maintenance , Safety in a compact footprint , Option to integrated to MNS lineup

KEY FEATURES

Range

<p>Available in ratings of 250Amps or 400Amps to cater to high density facilities.&nbsp;</p>

Monitoring

<p>Up to 168 SP branch circuits can be monitored by a single system&nbsp;</p>

Communication

<p>Communication options through serial or Ethernet based protocol e.g. Modbus&nbsp;</p>

Configuration

<p>Simple configuration through user friendly software&nbsp;</p>

Visualization

<p>Visualization through various monitoring option such as local panel or remotely&nbsp;</p>

FREQUENTLY ASKED QUESTIONS

MNS RPP (Remote Power Panel) is ABB's power distribution solution designed specifically for critical load applications, particularly data centers where uptime is essential. It combines the reliability of the proven MNS platform with advanced power monitoring and management capabilities. MNS RPP uses SMISSLINE TP as a distribution chassis and can monitor up to 168 branch circuits through its BCM (Branch Circuit Management) module. Data centers consuming 100+ times more power per square foot than average office buildings benefit from MNS RPP's ability to manage power efficiently while maintaining uninterrupted service to critical equipment. 

MNS RPP delivers multiple advantages for critical power distribution: 

  • Hot-swappable branch circuits allowing safe replacement without system shutdown 
  • Comprehensive power quality monitoring including kW, kWh, load percentage, power factor (PF), and harmonic distortion (THD) 
  • Up to 168 branch circuit monitoring through a single BCM module 
  • IPXXB protection for branch circuit breakers with touch-proof plug-in socket system 
  • Pre-outage alarms triggered by user-configured thresholds to enable predictive maintenance 
  • Accurate power and energy measurements with ±2% accuracy for voltage, current, and power 
  • Cost tracking and energy billing capabilities for internal departments or co-location customers 
  • Flexible phase balancing to optimize load distribution across L1, L2, and L3 phases 
  • Compact footprint that saves space in data center environments 
  • Industrial-grade current limiting breakers that prevent nuisance tripping 

MNS RPP is engineered to prevent outages rather than simply react to them. Key maintenance features include: 

  • Continuous real-time monitoring of all branch circuits and main incoming power 
  • Pre-outage alarms that alert operators before issues become critical problems 
  • High Mean Time Between Failures (MTBF) achieved through state-of-the-art reliable components 
  • Quick Mean Time To Repair (MTTR) enabled by plug-and-play replacement of components 
  • Current measurement on each branch circuit to detect overload conditions early 
  • User-friendly software for simple configuration and diagnostics 
  • Branch circuit management with automatic detection of faults affecting only that circuit, preventing broader system shutdown 
  • Data logging and trend analysis capabilities for maintenance planning 

MNS RPP meets stringent international standards: 

  • IEC 61439-1 and IEC 61439-2 - Low-voltage switchgear and control gear assembly standards 
  • MODBUS or TCP/IP communication protocols for seamless integration with building management systems 
  • Extensive global manufacturing network with multiple production facilities ensuring consistent quality worldwide 
  • Pre-engineered configurations available with factory acceptance testing and commissioning records 
  • Available configurations include 250A or 400A for high-density power installations