Electrical ratings
Operating voltage, AC/DC suitability, frequency, short-circuit rating and protective-device coordination.
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REMOTE POWER PANELS
High-Density RPP
Project-defined configuration
Remote power panels bring branch distribution and electrical monitoring together for high-density IT loads. Start with the rack demand and define the panel around the electrical design.
Technical selection
Specifications at a glance.
Explore available ratings and configuration options. Final specifications depend on your selected configuration.
| Product family | High-density remote power panel |
|---|---|
| Reference incoming current | 1250 A in the illustrated catalog configuration |
| Reference branch current | 125 A branch example; circuit count follows the approved schedule |
| Monitoring modules | SPDS-M and PDM described in the source configuration |
| Interfaces listed | RS232 / RS485 / RJ45; protocol and port functions to be confirmed |
| Electrical architecture | Incoming protection and branch distribution in a cabinet assembly |
| Output schedule | Project-specific circuit count, pole count and breaker selection |
| Mechanical configuration | Cabinet dimensions, access and cable entries require model drawings |
Before you specify
Mechanical & site
Dimensioned drawings, tap-off spacing, cable entries, support spacing, IP rating and environmental limits.
Documentation
Selected-assembly certification evidence, test records, installation instructions and approved bill of materials.
Designed for applicable UL requirements
Products are designed to meet applicable UL requirements, with certification arranged for the selected project configuration. Custom electrical ratings or design changes may require additional evaluation, testing or a new certification scope.
Planning timeline: approximately 3 months. This project estimate starts once the configuration, documentation and test samples are ready. Final scope, timing and certification are subject to UL review and successful testing.
Product & component details
See the hardware.
Explore the equipment, components and assembly details.
Product focus
Power to the rack.
Visibility at the branch.
Branch distribution
Define the incoming supply, circuit schedule and protective devices around the project load.
Electrical monitoring
Discuss the measurements, alarm points and monitoring interfaces required by your operations team.
Panel configuration
Review cabinet layout, cable access and installation space before selecting a configuration.
Application fit
Where this product fits.
Expand an existing data center ↗Branch distribution and monitoring where a panel-based layout fits the existing system.Fit out the next colocation phase ↗Branch circuit allocation and electrical monitoring for the planned rack schedule.Introduce high-density AI / HPC racks ↗Panel-based branch distribution where specified by the electrical design.Power a modular or containerized IT space ↗Branch distribution where cabinet-based equipment is part of the module design.
Project requirements
Define the
configuration.
- Input voltage, frequency and available fault current
- Rack loads and branch circuit schedule
- Monitoring points and communications requirements
- Cabinet space, access and cable routing
Circuit counts, ratings, protective devices and communications are configuration-specific.
Build your project brief ↗