The ZTE ZXDU60 S301 R10M01 is an industrial-grade telecom power infrastructure unit engineered for high-reliability base stations and mission-critical edge facilities.
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A carrier-grade power unit designed by ZTE to deliver stable DC/AC electricity under demanding grid conditions and harsh outdoor environments.
Eliminates unexpected site downtime caused by AC utility voltage surges, severe brownouts, and load transient disruptions.
Telecom macro sites, small cells, edge computing nodes, optical transport nodes, and railway signaling power systems.
| Key specifications | Value |
|---|---|
| Rated System Output Capacity | 300A (Expandable up to 6x 50A Rectifier Modules) |
| Input Voltage Range | Three-phase 380VAC / Single-phase 220VAC |
| Nominal DC Output Voltage | -48VDC Nominal (Adjustable -42VDC ~ -58VDC) |
| system_efficiency | ≥96.5% with High-Efficiency Rectifiers |
| Monitoring Controller Unit | Integrated CSU Smart Monitoring Controller with LCD |
| Form Factor & Mounting | 1.6m / 2.0m Indoor Integrated Telecom Power Cabinet |
| Wide Operating Temperature Range | -25°C ~ +55°C |
| DC Distribution Configuration | Dual Battery Disconnects, Multichannel Critical & Non-critical DC Breakers |
ZTE
Featuring ultra-high energy efficiency, intelligent digital control, and comprehensive electrical protection, ZTE ZXDU48 B900 5.0 delivers uninterrupted 24/7 power and communication stability.
Carrier-grade supervisory controller for ZXDU DC power plants, featuring CAN-bus rectifier orchestration, dual LVD control, and SNMP northbound telemetry.
The ZTE CSU500B is the master supervisory controller module driving ZTE ZXDU embedded and cabinet DC power systems, featuring an intuitive graphic LCD display, automated battery float/boost management, and multi-protocol OSS telemetry.
Featuring conversion efficiency exceeding 96%, the subrack incorporates active power factor correction (PFC) and intelligent variable-speed forced-air cooling. It integrates a centralized digital supervision unit with active busbar current sharing, meeting stringent telecom-grade seismic resilience and EMC standards for continuous high-availability service across harsh thermal environments.
