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BK-H33-20KL丨Three-Phase High-Frequency Online UPS
PRODUCT PARAMETERS
The BK-H33 series three-phase online dual-frequency UPS adopts an advanced dual-frequency topology and is equipped with dual DSP controllers to digitally control rectification, inversion, charging and discharging.
- Pure online double-conversion technology
- Strong load adaptability and short-circuit capacity
- Ultra-wide input voltage and frequency range
- High efficiency and energy saving
- Full digital control
- Intelligent battery management
- Modular design
- Redundant design
- High reliability
Description
FAQs
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Description
Product Overview
The BK-H33 series three-phase online dual-frequency UPS adopts an advanced dual-frequency topology and is equipped with dual DSP controllers to digitally control rectification, inversion, charging and discharging.
It has independent current sharing control and no risk of single point failure. It is a high-quality power supply product that integrates cutting-edge power electronics technology. It can ensure clean and stable power supply in any situation, effectively isolate power interference, and protect your critical equipment from power problems.
Application
The BK-H33 series is widely used in the following sectors requiring high power stability:
- Healthcare
Ensuring stable operation of medical equipment and safeguarding medical activities.
- Industry
Providing reliable power support for industrial automation equipment, preventing production interruptions due to power issues.
- Airports, Air Traffic Control Centers
Ensuring the safety and smooth operation of air traffic, avoiding safety issues caused by power failures.
- IDC Rooms
Providing a stable power environment for data centers, ensuring data integrity and security.
- Finance, Communications, Disaster Recovery, Data Centers
Offering continuous and reliable power protection for these critical infrastructures.
Product Features
- Three-phase in/three-phase out pure online double-conversion technology
Supports 380/400/415V, 50/60Hz grid systems, providing optimal power quality and load protection to ensure stable equipment operation.
- Strong load adaptability and short-circuit capacity
Easily handles various complex load conditions to ensure stable power supply.
- Ultra-wide input voltage and frequency range
Adapts to harsh grid environments and is compatible with various fuel generator connections, enhancing power supply reliability.
- High efficiency and energy saving
Input power factor up to 0.99, input harmonic current less than 3%, overall efficiency greater than 95%, reducing operational costs and meeting green standards.
- Full digital control
Utilizes DSP digital control technology for digital control of rectification, inversion, charging, and discharging power conversion links, improving system stability and reliability.
- Intelligent battery management
Intelligent battery management solutions effectively extend battery life and reduce maintenance costs.
- Modular design
The system adopts modular design for stable and reliable performance, facilitating maintenance and upgrades.
- Redundant design
All fans adopt redundant design, greatly improving system reliability and ensuring continuous power supply.
- High reliability
Mean Time Between Failures (MTBF) exceeds 200,000 hours, and Mean Time To Repair (MTTR) is less than 0.5 hours, ensuring long-term stable system operation.
- Three-proofing circuit board technology
All circuit boards adopt three-proofing technology, enhancing system adaptability and reliability in harsh environments.
Technical Advantages
- High Reliability
Dual DSP controllers, independent current sharing control, modular design, redundant fan design, and three-proofing circuit board technology collectively ensure high system reliability.
- High Performance
Strong load adaptability, overload and short-circuit capacity, and ultra-wide input voltage and frequency range enable the BK-H33-10KVA to easily handle various complex power environments.
- High Efficiency and Energy Saving
High input power factor, low input harmonic current, and high overall efficiency not only reduce operational costs but also meet green standards.
- Intelligent Management
Intelligent battery management solutions and digital circulating current control technology enhance the system’s intelligence level, facilitating user management and maintenance.
- Environmental Protection
Green design complies with multiple international standards, establishing a positive environmental image for your enterprise.
Specifications
| Model | BK-H33-20KL | ||
| Capacity | 20KVA/18KW | ||
| In Put | |||
| Voltage Range | Minimum Conversion Voltage | 110 VAC (Ph-N) ± 3 % at 50% load; 176 VAC (Ph-N) ± 3 % at 100% load | |
| Minimum Recovery Voltage | Minimum conversion voltage + 10V | ||
| Maximum Conversion Voltage | 300 VAC(L-N) ± 3 at 50% load; 276 VAC(L-N) ± 3 % at 100% load | ||
| Maximum Recovery Voltage | Maximum conversion voltage – 10V | ||
| Frequency Range | 46Hz ~ 54 Hz @ 50Hz System 56 Hz ~ 64 Hz @ 60 Hz System | ||
| Phase | Three-phase grounded | ||
| Power Factor | 100% load ≧ 0.99 | ||
| Out Put | |||
| Phase | Three-phase grounded | ||
| Output Voltage | 3 x 360*/380/400/415/VAC (3Ph+N) | ||
| AC Voltage Range | ± 1% | ||
| Frequency Range (Synchronization Range) | 46Hz ~ 54 Hz @ 50Hz system 56 Hz ~ 64 Hz @ 60 Hz System | ||
| Frequency Range (battery mode) | 50 Hz ± 0.1 Hz or 60 Hz ± 0.1 Hz | ||
| Overload | AC Mode | 100%~110%: 10 minutes, 110%~130%: 1 minute, >130% : 1 second | |
| Battery Mode | 100%~110%: 30 seconds, 110%~130%: 10 seconds, >130% : 1 second | ||
| Current Peak Ratio | 3:1 max | ||
| Harmonic Distortion | ≦ 2 % @ 100% Linear Load ≦ 5 % @ 100% Non-linear Load | ||
| Switching time | Online ßàBattery | 0 ms | |
| InverterßàBypass | 0 ms (an interruption of less than 4 ms occurs when the inverter goes to bypass when the phase lock fails) | ||
| InverterßàECO | <10 ms | ||
| Efficiency | |||
| AC Mode | > 91.5% | ||
| Battery Mode | > 88% | ||
| Battery | |||
| Model & Quantities | 12V / 9Ah*16*2 | ||
| Charging Time | 9 hours to 90% capacity | ||
| Charging Current (max) | 2.0 A ± 10% | ||
| Charging Voltage | 218 VDC ± 1% | ||
| Physical Specifications | |||
| Dimensions (mm) | 592(D)×250(W)×826(H) | ||
| Weight (kg) | 146 | ||
| Environmental Specifications | |||
| Operating Temperature | 0 ~ 40°C (Battery life will be reduced when the temperature is greater than 25°C) | ||
| Operating Humidity | <95 % without condensation | ||
| Operating Altitude | <1000m | ||
| Noise | ≤65dB @ 1 Meter | ||
| Management | |||
| Intelligent RS-232 or USB | Support for Windows® 2000/2003/XP/Vista/2008, Windows® 7, Linux and MAC | ||
| Optional SNMP | Support for power management by SNMP administrator and web browser | ||
FAQs
What is UPS?
UPS stands for Uninterruptible Power Supply and is a device that provides a continuous supply of power to protect critical loads from power failures or fluctuations.
What is the main role of UPS?
The main role of a UPS is to provide a backup power source to ensure that critical equipment can continue to operate when utility power is interrupted or unstable, avoiding data loss or equipment damage.
What are the types of UPS?
UPS is mainly divided into three types: offline, online and online interactive.
How to choose the power capacity of UPS?
When choosing the power capacity of the UPS, you need to consider the total power demand of the load, it is usually recommended to choose a slightly larger than the total load power of the UPS to ensure sufficient standby time.
How is the standby time of a UPS determined?
The standby time of a UPS depends on the battery capacity and load power. Standby time usually ranges from 10 minutes to several hours, and the specific needs can be determined according to the actual application scenario.
