Description
What Is the DAXIN HR33-60KL 60kVA Three Phase Online UPS?
The DAXIN HR33-60KL is a 60kVA/60kW three-phase high-frequency online UPS designed to provide continuous power protection for data centers, telecom facilities, server rooms and other mission-critical electrical loads. It combines online power conversion, high input power factor, low output harmonic distortion and configurable battery support for demanding critical-power applications.
Key Benefits
- 60kVA/60kW power capacity for demanding critical-load applications.
- Three-phase input and three-phase output architecture supports data center, telecom and industrial power systems.
- Online power-conversion architecture provides continuous conditioned power for critical equipment.
- Input power factor of ≥0.99 at 100% load supports efficient upstream power utilization.
- AC-mode efficiency up to 95.5% according to the technical specification reference.
- RS-232/USB communications and optional SNMP support local and network-based power management.
- Configurable battery and charging options support project-specific backup-time requirements.
Technical Highlights
DAXIN HR33-60KL Technical Highlights
| Parameter | HR33-60KL |
|---|---|
| Rated Capacity | 60kVA / 60kW |
| Phase Configuration | Three Phase + Neutral |
| Output Voltage | 360/380/400/415VAC (Ph-Ph); 208/220/230/240VAC (Ph-N) |
| AC Voltage Regulation | ±1% |
| Input Power Factor | ≥0.99 at 100% load |
| Crest Factor | 3:1 (Max.) |
| AC Mode Efficiency | 95.5% |
| Battery Mode Efficiency | 94.5% |
| Dimensions | 797 × 438 × 176 mm (4U) |
| Net Weight | 45 kg |
| Protection Level | IP20 |
| Communication | RS-232 / USB |
| Optional Management | SNMP / Web Management |
Product Views and Technical Reference
Typical Applications
The DAXIN HR33-60KL 60kVA three-phase online UPS is designed for critical-power applications including data centers, telecom facilities, server rooms, network infrastructure, industrial control systems and other mission-critical electrical loads requiring reliable and continuous power protection.
Selection and Project Planning
Before selecting the DAXIN HR33-60KL, confirm the total critical load, input/output voltage, three-phase system requirements, required backup runtime, battery configuration, bypass arrangement, communication interface, redundancy requirements and installation environment. DAXIN ENERGY can review the project load data and electrical requirements to support UPS and battery system selection.
Frequently Asked Questions
Can this product be configured for a specific project?
Yes. Electrical configuration, battery runtime, communications, bypass, cabinet arrangement and project accessories can be reviewed against the site requirements.
Are all technical ratings shared across the full series?
No. Ratings and functions vary by model and configuration. Use the project-specific technical sheet as the final reference.
Can DAXIN ENERGY support system selection?
Yes. Provide the load list, phase and voltage, required runtime, redundancy target, communication requirements and installation environment.
Request a Project Configuration
Send the load data, single-line diagram, required backup time and site conditions to receive a tailored UPS or battery proposal.
What is the power capacity of the DAXIN HR33-60KL?
The DAXIN HR33-60KL is rated at 60kVA/60kW and is designed for three-phase critical-power applications.
Is the HR33-60KL a three-phase UPS?
Yes. The HR33-60KL uses a three-phase system architecture and is designed for demanding data center, telecom, server-room and other critical-power applications.
What applications are suitable for a 60kVA online UPS?
A 60kVA online UPS can support appropriately sized critical loads in data centers, telecom facilities, server rooms, network infrastructure, industrial control systems and other applications requiring continuous protected power. Final UPS sizing should be based on the actual load, redundancy target and required backup runtime.
Does the HR33-60KL support network monitoring?
The technical specification lists RS-232/USB communication interfaces and optional SNMP support for network-based power management.
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