
DPC 6U Embedded Telecom DC Power System (-48V 150A 19-inch Subrack)
DPC 6U rackmount telecom DC power system delivering -48V 150A output with hot-swappable rectifiers and automated battery lifecycle surveillance for access transmission networks.

The DPC 9U Large Capacity Embedded DC Power System is a 19-inch rackmount telecom power plant rated at -48V 300A, featuring 6 hot-swappable 50A rectifier bays, heavy-duty copper busbar distribution, and an intelligent digital supervisory controller.
Pricing is confirmed by project configuration and quantity
Request a quoteHigh-capacity 19-inch 9U rackmount telecom DC power plant system.
Powers core transmission hubs with reliable 300A capacity and extensive DC circuit distribution under heavy multi-tenant loads.
Telecom central offices, IDC end-of-row DC power distribution, government data centers, and metro transit dispatch centers.
| Key specifications | Value |
|---|---|
| System Output Capacity | 300 A |
| Nominal Output Voltage | -48 VDC |
| Output Voltage Range | -42 ~ -58 VDC |
| AC Input Voltage Range | 90 ~ 290 VAC (3-Phase 5-Wire) |
| Rectifier Module Slots | 6 slots (compatible with DPC 50A high-frequency rectifiers) |
| System Monitoring Controller | DK04 with LCD display and Ethernet port |
| System Comprehensive Efficiency | > 95.5% |
| Ingress Protection (IP Rating) | IP20 rack-mount |
| Physical Dimensions Spec | 396 × 482 × 360 mm (9U 19-inch) |
| Operating Temperature | -20°C ~ +65°C |
Dpc

DPC 6U rackmount telecom DC power system delivering -48V 150A output with hot-swappable rectifiers and automated battery lifecycle surveillance for access transmission networks.

The DPC DZY-48/50H III is an industrial-grade 2900W -48V/50A switch-mode telecom rectifier module designed for BTS and DC plant cabinets. Utilizing full digital

The DPC DZY-48/50HI is an industrial-grade high-frequency telecom rectifier module utilizing fully digitalized soft-switching topology to convert a 90V-290V sin

Engineered for harsh operating environments, the 4850C achieves peak conversion efficiency greater than 92.5% and a power factor of 0.99 via advanced Active Power Factor Correction (APFC) and resonant topologies. It features forced-air cooling driven by an intelligent variable-speed brushless fan, seamless live hot-swappability, autonomous active current-sharing across parallel units, and robust protection against input line disturbances, voltage surges, and output anomalies.