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BK-M090-15X丨90KVA Three-Phase Modular UPS丨Online UPS
PRODUCT PARAMETERS
- Modular Redundant Parallel Design
- Multi-System Power Technology
- Independent Module Control
- Smart Hot-Swap Technology
- Superior Parallel Technology
- Two-Way Monitoring and Self-Testing
- Advanced PFC Circuit Design
Description
Product Overview
The BK-M series of three-phase neutral uninterruptible power supplies use pure sine wave technology to ensure clean, stable power and protect sensitive equipment from voltage fluctuations. It can handle large applications such as server rooms and data centers. Its three-phase configuration optimal power distribution and prevents overloading. Neutral UPS battery backup maintains power in the event of a power outage, ensuring business continuity. Modular design allows for easy expansion to meet your business needs.
Applications
- Data Centers/Server Rooms: Critical servers, virtualization, and cloud computing environments.
- Industrial Automation: Production manufacturing equipment and process control systems.
- Communication Base Stations: Mobile network base stations and optical communication networks.
- Medical Institutions: Operating rooms, intensive care units, and hospital information systems.
- Financial Institutions: Bank branches and financial data centers.
- Transportation Hubs: Airports, railway stations, and highway toll stations.
Product Features
- Modular Redundant Parallel Design
The power system features a modular redundant parallel architecture, composed of 1 to 10 UPS power modules rated at 20KVA each, with online hot-swappable capability for easy expansion. Users can seamlessly increase modules to match growing load demands, offering strong scalability and significantly reducing operational costs.
- Multi-System Power Technology
Equipped with advanced multi-system power technology, it flexibly supports both “3-phase in, 3-phase out” and “3-phase in, single-phase out” modes without altering total power, catering to diverse power requirements.
- Independent Module Control
Each power module operates independently, so a single module failure doesn’t disrupt the entire system. This fully leverages redundant functions, ensuring continuous equipment operation and maximizing fault redundancy.
- Smart Hot-Swap Technology
Enabled by intelligent off-line hot-swapping technology, users can freely add or remove faulty power modules without powering down the system, achieving true online maintenance of the parallel system and enhancing availability.
- Superior Parallel Technology
With exceptional parallel capability, the system sets a new standard in UPS reliability. It boasts an MTBF 1.5 times higher, an MTBCF 3 times higher than traditional UPS systems, and a rapid MTTR of just 5 minutes.
- Two-Way Monitoring and Self-Testing
Features two-way monitoring and self-testing capabilities, allowing users to comprehensively monitor the power system’s operation in real-time and promptly address potential issues for uninterrupted performance.
- Advanced PFC Circuit Design
Utilizes cutting-edge PFC circuits for an input THDI of 5%, an input PF of 0.99, and an output THD below 2% under linear loads. This minimizes grid pollution, reduces grid load and power losses, and achieves a high overall efficiency of 95%, ensuring significant energy savings.
Technical Advantages
- Highly Adaptable Modular Design
The modular architecture allows for seamless scalability. Users can easily add or remove power modules based on their specific power requirements, making it an ideal solution for businesses with fluctuating power needs.
- Advanced Parallel Operation Technology
Equipped with state-of-the-art parallel operation technology, it ensures high system reliability and availability. Multiple UPS units can work together in parallel, sharing the load and providing redundancy. In the event of a single unit failure, the other units continue to supply power, ensuring uninterrupted operation and enhanced system reliability.
- Smart Power Management System
The intelligent power management system optimizes battery usage and extends battery life. It continuously monitors and adjusts the charging and discharging process of the batteries, ensuring they operate at their best and longest possible service life.
Specifications
| Model item | BK-M090–15X | |||
| System Capacity | 90kVA | |||
| Power Module Capacity | 15kVA/13.5kW | |||
| Input | Phase | 3 Phase+N+G, 380V/400V/415V – line-line | ||
| Voltage Range | 304~478Vac (line-line), full load; 228V~304Vac (line-line), load decreases linearly according to the min phase voltage | |||
| Rate Frequency | 50/60Hz | |||
| Input PF | >0.99 | |||
| Input THD | <4% | |||
| Bypass | Voltage Range | 380/400/415Vac (line-line) Settable, -40%~+25% | ||
| Rate Frequency | 50/60Hz – Settable, ±1Hz, ±3Hz, ±5Hz | |||
| Bypass Overload | 110% long term operation ; 130% for 5mins ; 150% for 1 min ; >150% for 300ms | |||
| Out put | Rate Voltage | 380/400/415Vac – line-line | ||
| Voltage Regulation | 1% for balance load ; 1.5% for unbalance load | |||
| Rate Frequency | 50/60Hz±0.1% | |||
| Output PF | 0.9 | |||
| Output THD | <1% | |||
| Crest Factor | 3:1 | |||
| Inverter Overload | 110% for 1 hour; 125% for 10 mins ;150% for 1 min ; >150% for 200 ms | |||
| Battery | Voltage | ±240Vdc | ||
| Battery Number | 40pcs Settable: even number from 32 to 44 | |||
| Charge Power | up to 20% * Output active power | |||
| System | Efficiency | AC Mode | 95.00% | |
| ECO Mode | 98.00% | |||
| Battery Mode | 94.50% | |||
| Display | 7.0″ color touch screen LCD + LED + keyboard | |||
| IP Class | IP20 | |||
| Interface | RS232,RS485,Programmable Dry Contact | |||
| Option | SNMP Card, Parallel kit, SPD, Power module with battery cold start function | |||
| Temperature | Operation : 0~40 ℃,Storage : -40~70 ℃ | |||
| Relative Humidity | 0~95% Non-condensing | |||
| Noise | 56dB @ 50% load @1 meter | |||
| Applicable Standards | Safety : IEC/EN 62040-1, EMC : IEC/EN 62040-2, Performance : IEC/EN 62040-3 | |||
| Physical | Weight(kg) | Cabinet | 51 | |
| Power module | 15.3 | |||
| Dimension(mm) | Cabinet | 485(W)×751(D) ×1033(H) | ||
| Power module | 436(W)×590(D) ×85(H) | |||
FAQs
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.
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.
UPS is mainly divided into three types: offline, online and online interactive.
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.
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.
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