lee@ricewind.comTel+86 17621197907Serving 50+ countries
RICEWIND

ZTE / Outdoor power systems

ZXDU68 H002 V5.0 Equipment information & support

The ZTE ZXDU68 H002 V5.0 is an all-in-one IP55 outdoor wall/pole-mounted DC telecom power cabinet rated at -48V 100A~150A, featuring dual-wall thermal insulation and high-security anti-theft mechanics for harsh outdoor environments.

Equipment information

Brand
ZTE
Equipment model
ZXDU68 H002 V5.0
Equipment type
Outdoor power systems
Controller / software version
Confirm against the installed equipment
View full product specifications
ZXDU68 H002 V5.0 Official Product View 1

Information below comes from the current product catalogue. Confirm the controller, software version and configuration of the installed equipment separately.

System Output Capacity
150 A
Nominal Output Voltage
-48 VDC
Output Voltage Range
-42 ~ -58 VDC
AC Input Voltage Range
85 ~ 290 VAC
Rectifier Module Slots
3 Slots (Supports ZXD1500 / ZXD3000 rectifiers)
System Monitoring Controller
CSU501C

Alarms & troubleshooting

AC_PWR_FAIL (AC Mains Failure / Phase Loss)
CSU Alarm LED red solid, Rectifier AC IN LED off, Rectifier ALM LED red solid
Utility grid blackout, AC input circuit breaker tripped, phase voltage below 80 VAC undervoltage threshold, or phase loss.
1. Measure phase-to-neutral voltages at the AC distribution terminal block using a multimeter (normal range 80 VAC - 300 VAC). 2. Inspect the internal AC surge protector breaker and main AC input molded-case circuit breaker (MCCB) to ensure they are closed. 3. Check the upstream ATS (Automatic Transfer Switch) or diesel generator feed, confirm stable power, and reset any tripped breakers.
DC_HVSD (DC Output High Voltage Shutdown Lockout)
Faulty Rectifier ALM LED red solid, RUN LED off, CSU indicates HVSD lockout alarm
Defective rectifier PWM control circuit or feedback loop failure, causing DC voltage to exceed hardware threshold (>59.5V ±0.5V), triggering latching shutdown.
1. Access the CSU monitoring unit menu to identify the slot address of the module locked out by HVSD. 2. Extract the faulty rectifier module from the subrack, wait 5 minutes to discharge internal bus capacitors, then re-insert to cold reboot. 3. Measure individual module output voltage with a multimeter; if the module trips back into HVSD lockout, replace the ZXD3000 rectifier.
RECT_COMM_FAIL (Rectifier CAN Communication Interruption)
Rectifier COMM LED amber blinking or off, CSU ALM LED yellow solid with acoustic buzzer
Poor CAN-bus pin contact on backplane connector, damaged 120-ohm termination resistor, or failed transceiver on CSU controller board.
1. Verify the rectifier module is fully seated into the chassis slot and the mechanical latch is locked. 2. Swap the affected rectifier module with a functional slot to determine if the fault follows the module or stays with the backplane slot. 3. Power off system logic and test resistance across CAN_H and CAN_L with a multimeter (expected ~60 ohms); replace backplane or CSU if faulty.
DC_BLVD (Battery Low Voltage Disconnect Active)
CSU ALM LED red solid, BLVD DC contactor indicator flag tripped open, battery bus isolated
Prolonged AC mains blackout with generator unavailable; battery string discharged below protection cutoff threshold (default 43.2 VDC), triggering contactor disconnection.
1. Connect an emergency mobile generator or restore AC utility power to energize the rectifiers and supply the DC bus. 2. Verify the CSU automatically re-engages the BLVD contactor once bus voltage rises to recovery threshold (e.g., 48.0V); if not, check coil control output. 3. Configure CSU to Boost Charge mode (56.4V) with charging current limited to maximum 0.15C10 to prevent battery thermal runaway.
SPD_FAULT (Surge Protective Device Failure)
SPD physical inspection window turns Red (Green is normal), CSU ALM LED amber solid
Lightning or AC power line surge energy dissipated by internal Metal Oxide Varistor (MOV), causing thermal disconnect and triggering remote dry-contact alarm to CSU.
1. Open the outdoor cabinet distribution chamber and visually locate which SPD plug-in cartridge (L1/L2/L3/NPE) indicates red. 2. Inspect the remote signaling dry-contact wiring harness connected from the SPD base to the CSU digital input. 3. Trip the dedicated SPD miniature circuit breaker, hot-swap the blown cartridge with a genuine replacement, close the breaker, and clear the CSU alarm.

Access Complete Maintenance & Full Alarm Troubleshooting Manual

This page lists high-frequency critical alarm codes commonly encountered in field maintenance. Comprehensive manufacturer troubleshooting matrices, board-level repair guides, detailed electrical schematics, and firmware commissioning manuals are delivered alongside equipment upon formal project procurement, accompanied by dedicated FAE technical support.

Contact Account Manager for Full Manual

Share on-site information

  1. 01

    Identify the exact model

    Record the nameplate, system model and controller or module model.

  2. 02

    Keep the alarm details

    Record the full alarm text, indicator colour, timing and whether it persists.

  3. 03

    Describe recent changes

    Note recent replacements, software updates or configuration changes.

Record information visible in the existing interface. Electrical measurements, disassembly and replacement should follow the applicable manufacturer's manual and be performed by qualified personnel.

Your model and these details will be added to the enquiry form for you to review before sending.

Related technical articles

Browse the technical guides or send a question about this model.

View all articles

Need a replacement module or supporting equipment?

Confirm the full model, system configuration and compatibility requirements before enquiring about suitable products.

Ask about suitable products

Have a model and an on-site issue?

Share the exact model, alarm text and observed symptoms to help identify relevant information and compatibility requirements.

Request technical support