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BK-L33-60KVA(PF0.8)丨Three Phase High-Frequency Online UPS
PARAMÈTRES DU PRODUIT
- True Online Double-Conversion Technology
- Advanced High-Frequency Transformerless Design
- Ultra-Wide Input Voltage & Frequency Range
- Haute efficacité et économies d'énergie
- Full Digital DSP Control
Description
Aperçu du produit
The BK-L33-60KVA is the flagship High-frequency online UPS of the L33 Series, engineered as an ultra-high-power Online double-conversion UPS with a transformer-less design—redefining performance for large-scale mission-critical applications. By eliminating bulky line-frequency transformers, this Transformerless online UPS cuts weight by up to 40% even at 60KVA capacity, slashes power losses, and drives down total cost of ownership (TCO) for global enterprises with massive power demands.
As a true High-frequency double-conversion UPS tailored for ultra-high-power loads, it adopts 24/7 inverter-powered operation with 0ms transfer time, providing seamless protection against voltage sags, surges, and blackouts—critical for large-scale IT, industrial, and commercial infrastructure across overseas markets. Equipped with an intelligent active-PFC rectifier, the Double-conversion UPS maintains input facteur de puissance ≥0.99 and THDi <5% even under full 60KVA load, while supporting an ultra-wide input voltage range.
Fusing DSP-controlled SPWM precision, robust heavy-duty construction, and enterprise-grade reliability, this flagship UPS System sets the benchmark for green, efficient high-power protection—ideal as a UPS for data center, UPS for server room, UPS for medical equipment , and UPS system for enterprise in North America, Europe, Southeast Asia, and other key global markets.
Applications
This ultra-high-power UPS power solution is exclusively engineered for large-scale, mission-critical scenarios, catering to overseas users with massive load demands:
Finances
Powers regional financial data hubs, high-volume trading platforms, and nationwide ATM networks. As a flagship UPS System for enterprise, it safeguards billions in daily transactions and critical data—essential for multinational banks and global fintech giants.
Télécommunications
Supports regional telecom backbones, large-scale switching centers, and 5G core network facilities. This Double-conversion UPS ensures 24/7 connectivity for operators managing extensive coverage areas, preventing widespread service outages.
Gouvernement
Backs national command centers, federal data centers, and critical infrastructure control systems (energy grids, emergency response). The High-frequency online UPS delivers 99.99% availability for large-scale government operations worldwide.
Transport
Powers international airport terminal infrastructure, high-speed railway signaling networks, and regional traffic management hubs. The Online double-conversion UPS ensures zero downtime for high-power transport systems with non-negotiable reliability needs.
Fabrication
Protects large-scale automotive assembly lines, semiconductor fabrication plants, and industrial automation complexes. This UPS System avoids catastrophic downtime and equipment damage for global manufacturing giants with heavy-duty production demands.
Hyperscale Data Centers & Server Rooms
Delivers clean, stable power to extreme-density server racks, enterprise storage arrays, and colocation facilities. As a dedicated UPS for data center and UPS for server room, it meets Tier IV reliability standards.
Ultra-Precision High-Power Equipment Rooms
Powers large medical imaging suites (MRI/CT clusters), industrial-grade lab instruments, and semiconductor wafer fabrication equipment. This UPS for medical equipment meets strict electrical quality requirements for global healthcare providers and high-tech manufacturers with ultra-high-power precision gear.
Caractéristiques du produit
Flagship Transformerless High-Frequency Online UPS Architecture
Eliminating the need for bulky power frequency transformers, it reduces weight by approximately 40% even at 80KVA power, while increasing power density and saving space for large-scale deployments. This aligns with the sustainable development goals of overseas companies for high-power systems.
True Online Double-Conversion UPS Operation
Inverter powers 48KW continuous loads 24/7 with 0ms transfer time—capable of handling far larger loads than smaller models. Ensures uninterrupted operation for critical ultra-high-power equipment in global mission-critical environments.
Intelligent Active PFC for High-Frequency UPS (Full-Load Stability)
Maintains input power factor ≥0.99 and THDi <5% even under full 60KVA load, outperforming smaller models that may degrade at peak capacity. Ultra-wide input voltage range adapts to unstable overseas grids for large-scale installations.
DSP Full-Digital Control
High-performance DSP delivers sub-millisecond response to load fluctuations, critical for maintaining stability under 60KVA ultra-high-power loads.
High Output Power Factor + Ultra-High Load Compatibility
Supports 48KW continuous output without derating—compatible with modern high-power IT, medical, and industrial loads. Ideal for UPS for data center and UPS system for enterprise with massive load requirements.
Spécifications
| Modèle | BK-L33-60KVA | |
| Capacité | 60KVA/48KW | |
| Entrée | Câblage | Three-phase four wires + Ground |
| Tension nominale | 380/400/415Vac | |
| Plage de tension | 208-304Vac (50% load); 304-478Vac (100% load) | |
| Gamme de fréquences | 46Hz-54Hz (@50Hz system); 56Hz-64Hz (@60Hz system) | |
| Input Power Factor | ≥0.99 (100% load) | |
| Sortie | Câblage | Three-phase four wires + Ground |
| Tension nominale | 380/400/415Vac | |
| Régulation de la tension | ±1% | |
| Frequency Range (Synchronous Range) | 46Hz-54Hz (@50Hz system); 56Hz-64Hz (@60Hz system) | |
| Frequency Range (Battery Mode) | 50Hz±0.1Hz or 60Hz±0.1Hz | |
| Output Power Factor | 0.8 | |
| Distorsion (THDV%) | ≤2% (@100% linear load); ≤5% (@100% non-linear load) | |
| Overload Capability (AC Mode) | 100%-110%: 10 minutes; 110%-130%: 1 minute; >130%: 1 second | |
| Overload Capability (Battery Mode) | 100%-110%: 30 seconds; 110%-130%: 10 seconds; >130%: 1 second | |
| Ratio de crête actuel | 3:1 (maximum) | |
| Temps de commutation | 0ms | |
| Batterie | Type de batterie | Batterie externe |
| Modèle | 12V | |
| Number of Batteries | 30-50 units (optional) | |
| Courant de charge | 20A | |
| Tension de charge | N×13.65VDC±1% (N=number of batteries) | |
| Efficacité | Mode ligne | 94.5% |
| Mode ECO | 91% | |
| Gestion | Panneau d'affichage | Ecran LCD / Indicateur d'état LED |
| Fonction de communication | Intelligent RS-232 or USB, supporting Windows 2000/2003/XP/Vista/2008, Windows 7, Linux, Unix, MAC | |
| En option SNMP | Supports power management via SNMP manager and web browser | |
| Environnement | Température de fonctionnement | 0~40℃ (Battery life will be reduced when temperature >25℃) |
| Humidité | <95% RH (non-condensing) | |
| Altitude | <1000m for Nominal power | |
| Niveau de bruit | <65dB@1meter | |
| Normes | Safety | IEC/EN 62040-1 |
| EMC | IEC/EN 62040-2 Category C3 | |
| Physique | Classe IP | IP20 |
| Dimensions (D×W×H) | 868×250×862 mm | |
| Poids | 88.6 kg | |
FAQ
UPS signifie Uninterruptible Power Supply (alimentation sans interruption) et est un dispositif qui fournit une alimentation continue pour protéger les charges critiques contre les pannes ou les fluctuations de courant.
Le rôle principal d'une ASI est de fournir une source d'alimentation de secours afin que les équipements critiques puissent continuer à fonctionner lorsque l'alimentation électrique est interrompue ou instable, évitant ainsi la perte de données ou l'endommagement de l'équipement.
L'UPS se divise principalement en trois types : hors ligne, en ligne et interactif en ligne.
Lors du choix de la puissance de l'onduleur, vous devez tenir compte de la demande totale de puissance de la charge. Il est généralement recommandé de choisir une puissance légèrement supérieure à la puissance totale de la charge de l'onduleur afin de garantir un temps de veille suffisant.
Le temps de veille d'une ASI dépend de la capacité de la batterie et de la puissance de la charge. Le temps de veille varie généralement de 10 minutes à plusieurs heures, et les besoins spécifiques peuvent être déterminés en fonction du scénario d'application réel.
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