The Vertiv R48-3200e is a high-power-density digital telecom rectifier converting single-phase AC to high-precision -48V DC, engineered for extreme reliability in enterprise data hubs and 5G network centers.
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High-efficiency 3.2kW rack-mounted rectifier module compatible with Vertiv NetSure 500/700 series power shelves.
Drastically cuts carbon emissions and site operating expenses through 95%+ efficiency while supporting higher payload density in constrained racks.
5G aggregation hubs, central office facilities, modular edge data centers, and heavy-duty DC plant retrofits.
| Key specifications | Value |
|---|---|
| Rated Output Power | 3200W (59.3A @ 54V) |
| Power Conversion Efficiency | ≥ 96.2% |
| Overall System Efficiency | Up to 96.2% (Gold Standard) |
| Ingress Protection Rating | IP20 (Indoor Dust & Finger Proof) |
| Acoustic Noise | ≤ 55 dBA (at 25°C ambient load) |
| Dielectric Withstand Voltage | 3000VAC Input to Ground (< 5mA) |
| DC Output Voltage | -48VDC (-42V ~ -58V) V DC |
| AC Input Voltage | 85 ~ 300 V AC |
| Physical Dimensions | 132 × 85 × 287 mm |
| Operating Temperature Range | -40°C ~ +75°C |
Vertiv
Carrier-grade industrial high-frequency switch-mode power supply designed for high-efficiency AC/DC conversion, bus regulation, and intelligent battery management.
Standard 19-inch rack-mount embedded DC power system engineered for wide-range AC input, active rectifier redundancy, and tiered load/battery low-voltage disconnect.
The Vertiv ER22010-T is a 220Vdc/10A high-voltage DC switch-mode rectifier module engineered for utility substations, power plants, and HVDC distribution systems. Utilizing advanced resonant soft-switching technology, it delivers >94% peak efficiency, hot-swappable reliability, and comprehensive electrical protection.
The Vertiv ER22020-T is a 4.4kW high-power switch-mode rectifier module delivering 220Vdc/20A for utility substations and critical industrial DC systems. Powered by full DSP digital control and LLC resonant conversion, it provides industry-leading electrical stability across extreme temperatures.
