Siemens Remote Power Panels deliver high-density, scalable power distribution for modern data centers. With ratings from 250A to 1200A, support for up to 336 circuits and integrated metering and monitoring, RPPs help operators expand capacity, improve visibility and maintain uptime in a space-saving footprint.
Support modern data center growth with 250A to 1200A ratings, up to 336 circuits and flexible single, dual and dual-source configurations that adapt to changing rack densities and facility requirements.
Built on Siemens 3VA molded case circuit breakers and high-performance panelboards, RPPs deliver dependable distribution with up to 65 kAIC ratings and UL 891 compliance for mission-critical environments.
Standard revenue-grade input metering, main breaker monitoring and branch circuit monitoring help operators manage load, prevent overloads, improve capacity planning and optimize performance across the data center floor.
Ampacity | 250A to 1200A |
Circuits | Available in single, dual, quad configuration (Up to 336 circuits) |
Voltage | 208Y/120 to 600Y/347 VAC |
Communications | Modbus TCP/IP, BACnet IP, Modbus RTU, SNMP V3 |
Short circuit rating | Up to 65 kAIC |
Compliance | UL 891 listed |
Designed for evolving data center demands, Siemens RPPs offer single, dual and dual-source configurations, multiple cabinet layouts and top or bottom cable entry for flexible deployment across diverse power strategies.
Branch-level monitoring provides real-time visibility into current and load utilization, helping operators improve capacity management, identify issues faster and maintain high availability for critical IT equipment.
Standard revenue-grade input metering, main breaker monitoring and communications through Modbus TCP/IP, Modbus RTU, BACnet IP and SNMP make it easier to integrate RPP data into facility monitoring and management systems.
Siemens Remote Power Panels provide scalable, high-density power distribution for data centers. With flexible configurations, integrated monitoring, and reliable performance, they maximize uptime, visibility, and capacity.