Critical Branch-Circuit Distribution

Remote Power Panels

Compact, front-access remote power panels that bring protected, monitored branch distribution closer to data centre racks and other critical loads.

Up to 600 VFront AccessBranch MonitoringData Centre Ready
Up to 600 V
Input Voltage
Up to 225 kVA
Capacity
Up to 84
Branch Circuits
24/7
Critical Service
Same-Day Quotes
Price and lead time today
2-Year Warranty
Backed by our engineering team
North America Made
Built in Toronto, Ontario
Overview

Flexible Distribution Near the Load

Remote power panels reduce long branch-circuit runs by placing distribution close to the equipment it serves. CANDRON engineers each RPP around feeder voltage, panelboard arrangement, circuit count, redundancy strategy, monitoring platform, access requirements, and available floor space.

  • Compact floor-standing or wall-adjacent distribution for high-density loads
  • Front-access construction supports service in space-constrained electrical rooms
  • Configurable panelboards, breakers, receptacles, and cable-entry arrangements
  • Optional branch-circuit metering provides capacity and alarm visibility
Remote Power Panels
Critical Power Distribution
Critical Branch-Circuit Distribution
Features & Upgrades

What's Included

Standard Features
  • Main input breaker or main-lug-only configurations
  • Copper bus and panelboards arranged for safe front access
  • Clearly identified branch circuits and load schedules
  • Top or bottom cable entry with removable gland plates
  • Digital main input metering with local display
  • Factory wiring, inspection, and functional testing
Optional Upgrades
  • +Per-branch current, power, energy, and alarm monitoring
  • +Dual-input or A/B distribution arrangements for resilient architectures
  • +Revenue-grade metering and waveform/power-quality capture
  • +Modbus TCP, BACnet/IP, SNMP, or dry-contact communications
  • +Subfeed breakers, surge protective devices, and maintenance bypass options
  • +Custom dimensions, colours, labels, and enclosure construction
Technical Specifications

Full Specifications

ParameterValue
Input Voltage208/120 V, 480/277 V, 600/347 V, or project-specific
CapacityUp to 225 kVA typical; engineered to project load schedule
Main RatingUp to 600 A typical
Branch CircuitsUp to 84 poles per section; multi-section arrangements available
Bus MaterialCopper standard; application-specific ratings available
AccessFront-access construction; rear or side access available when required
MonitoringMain input metering with optional per-circuit branch monitoring
CommunicationsModbus RTU/TCP, BACnet/IP, SNMP, or hardwired I/O
EnclosureIndoor NEMA 1 standard; other ratings by application
Cable EntryTop, bottom, or mixed entry with removable gland plates
Standards & Compliance

Built to Standard

UL 67
UL 67
Panelboards for branch-circuit distribution
CSA C22.2
CSA C22.2
Canadian panelboard and electrical equipment requirements
UL 50 / 50E
Enclosures for electrical equipment and environmental considerations
NEMA PB 1
Panelboard construction and performance guidance
Applications

Where It's Used

  • Data centres and colocation facilities
  • Telecommunications and network rooms
  • Healthcare and laboratory environments
  • Financial trading and mission-critical offices
  • Industrial control and automation rooms
  • Broadcast, transportation, and security infrastructure
Remote Power Panels installed in a working facility
Application View
End-to-End Services

From design and specification through factory testing, commissioning, and ongoing maintenance — CANDRON delivers at every phase.

  • Engineering drawings and coordination studies
  • Factory acceptance testing (FAT) with full reports
  • Site commissioning and protection settings
  • Spare parts, training, and maintenance support
FAQ

Common Questions

An RPP packages one or more panelboards in a freestanding critical-power enclosure, often with main metering, branch monitoring, communications, and flexible cable entry. It is designed to be installed close to the loads and integrated into a monitored A/B power architecture.

Yes. Branch circuit monitoring can measure current and optionally voltage, power, energy, and breaker status for each circuit. Alarm thresholds and communications can be coordinated with the building or data centre infrastructure management platform.

Yes. Separate A and B sections can be housed in coordinated enclosures or delivered as independent panels, depending on the redundancy, maintenance, and physical-separation requirements of the project.

Get a Quote

Ready to Spec
Your Project?

Our engineering team responds with specs, lead times, and pricing the same day. Tell us what you need:

  • Input voltage, frequency, feeder size, and available fault current
  • Branch circuit count, breaker ratings, and panel schedule
  • A/B redundancy and physical-separation requirements
  • Main and branch monitoring points and communications protocol
  • Enclosure dimensions, access, and top/bottom cable entry
Same-Day Response

Send us your project details and we'll respond with a price, lead time, and any clarifying questions — typically within a few hours.

Request a Quote →Or call us directly