
ZTE CSU401S Centralized Supervisory Unit
Carrier-grade supervisory controller for ZXDU DC power plants, featuring CAN-bus rectifier orchestration, dual LVD control, and SNMP northbound telemetry.

The ZTE ZXDU48 B600 (V5.0) is a compact 2U embedded DC power subrack housing up to 2 x ZXD1500 (V5.0) rectifiers, delivering -48V 60A (3000W) for wireless micro-sites and DAS systems.
Pricing is confirmed by project configuration and quantity
Request a quoteThe ZTE ZXDU48 B600 (V5.0) is a compact 2U embedded DC power subrack housing up to 2 x ZXD1500 (V5.0) rectifiers, delivering -48V 60A (3000W) for wireless micro-sites and DAS systems.
Resolves power grid instability, excessive OPEX energy dissipation, battery degradation, and rack footprint constraints.
5G cellular cell sites, core telecom DC plants, AI data centers, transport networks, and critical industrial DC UPS.
| Key specifications | Value |
|---|---|
| AC Input Voltage Range | 80V - 300V AC Wide Grid Tolerance |
| Chassis Form Factor | 2U Height / 19-Inch Standard Rack |
| Supervisory Controller | CSU500 Compact Controller |
| Rated Distribution Capacity | 60A / 3000W |
| Compatible Rectifiers | ZXD1500 (V5.0) Rectifier Modules |
| Nominal DC Output Voltage | -48V DC (Adjustable -42V ~ -58V) |
ZTE

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.

The ZTE PSU-AC is an integrated AC distribution and switching power subrack engineered for outdoor telecom shelters, transmission towers, and cellular macro sites, featuring automatic mains transfer and robust lightning protection.

The ZXD1500 (V3.0) is a high-performance -48V/30A telecom switching rectifier module by ZTE, delivering a rated output power of 1740W, engineered for harsh grid environments and high-reliability base station power systems.