Uninterruptible power supply UPS large capacity HIVERTER-UP201i
Kyushu Kiden Co., Ltd.
About This Product
■Features
- Power supply can be increased depending on the scale of the data center.
・A redundant system can be configured by connecting a spare unit.
・You can maintain UPS one by one while supplying power to the data center.
・Two systems of power supply are possible, allowing for highly reliable system construction.
■It is a system that can connect up to 6 devices in parallel.
It is compatible with a wide range of systems, with a 160kVA machine having a system output of 160kVA to 800kVA, and a 400kVA machine having a system output of 400kVA to 2,000kVA.
We have prepared eight types of system menus to meet the diverse needs of data centers. It satisfies many needs in terms of functionality and performance, and by simply selecting a system, power can be supplied in a short lead time (typically 3 months).
■UPS that meets your needs
This is a UPS system that fully meets the various needs required for power supply for data centers and important equipment.
■Small, lightweight and highly efficient design
Reducing facility space means increasing system space for users. The reduction in heat generation is reflected in the reduction in electricity consumption charges and air conditioning equipment capacity. The input and output voltage of the UPS is 415V, and the design allows for low-loss, high-capacity power supply.
By using circuit technology and IGBT high-speed switching technology, we have eliminated the inverter transformer that used to take up much of the mass and space, achieving higher efficiency as well as a smaller size and lighter weight. This not only saves space but also reduces the burden on buildings. In addition, it is now possible to transport items using an elevator, reducing the construction burden. (Excluding some large transformers)
■Unit parallel design
Installing a UPS that matches the scale of your server system allows you to optimize your capital investment. This has been achieved through a unit parallel concept that allows UPS to be expanded in capacity using building blocks. Unit expansion and unit maintenance have become easier by integrating uninterrupted bypass and maintenance bypass circuits into the UPS unit, and combining it with an individual storage battery system that connects a storage battery block that corresponds one-to-one with the UPS.
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Product
Uninterruptible power supply UPS large capacity HIVERTER-UP201i
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Handling Company
Kyushu Kiden Co., Ltd.
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Categories
2 Models of Uninterruptible power supply UPS large capacity HIVERTER-UP201i
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | AC input Number of phases and wires | AC input allowable frequency fluctuation range | AC input allowable voltage fluctuation range | AC input rated frequency | AC input rated voltage | AC output Number of phases and wires | AC output load power factor fluctuation range | AC output rated capacity | AC output rated frequency | AC output rated load power factor | AC output rated voltage | AC output voltage adjustment range | Circuit method Equipped with bypass circuit | Circuit method Main circuit control method | Circuit method Power supply method | Circuit method Storage battery supply method | DC input Number of storage battery cells | DC input allowable voltage fluctuation range | DC input nominal voltage | Output performance External synchronization frequency range | Output performance Frequency accuracy (internal synchronization) | Output performance Instantaneous voltage fluctuation Parallel input/analysis | Output performance Instantaneous voltage fluctuation Power outage/power restoration | Output performance Instantaneous voltage fluctuation Sudden load change 0⇔100% | Output performance Instantaneous voltage fluctuation recovery time | Output performance Output voltage accuracy | Output performance Overcurrent capability Bypass circuit | Output performance Overcurrent capability Inverter | Output performance Voltage waveform distortion factor Linear load | Output performance Voltage waveform distortion rate Nonlinear load |
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HIVERTER-UP201i-1.6 |
Available upon quote | Three phase three wire | Within ±5% | Within ±10% | 50Hz/60Hz | 415V | Three phase three wire | 0.7 delay~1.0 | 160kVA | 50Hz/60Hz |
0.9 lag 0.95 delay (optional) |
415V | Within ±5% | Built-in bypass circuit and maintenance bypass circuit | PWM (pulse width modulation control) method | Constant inverter power supply system | Individual storage battery method | 246 cells ~ 272 cells | 393V~607V | 492V~544V | Within ±1.0% | Within ±0.1% | Within ±5.0% | Within ±2.0% | Within ±5.0% | Within 50ms | Within ±1.0% | 1,000% - 1 cycle |
125% - 10 minutes 150% - 1 minute 200% - 0.1 seconds |
Within 2.5% | Within 5.0% |
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HIVERTER-UP201i-4.0 |
Available upon quote | Three phase three wire | Within ±5% | Within ±10% | 50Hz/60Hz | 415V | Three phase three wire | 0.7 delay~1.0 | 400kVA | 50Hz/60Hz |
0.9 lag 0.95 delay (optional) |
415V | Within ±5% | Built-in bypass circuit and maintenance bypass circuit | PWM (pulse width modulation control) method | Constant inverter power supply system | Individual storage battery method | 246 cells ~ 272 cells | 393V~607V | 492V~544V | Within ±1.0% | Within ±0.1% | Within ±5.0% | Within ±2.0% | Within ±5.0% | Within 50ms | Within ±1.0% | 1,000% - 1 cycle |
125% - 10 minutes 150% - 1 minute 200% - 0.1 seconds |
Within 2.5% | Within 5.0% |
Click on the part number for more information about each product
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About Company Handling This Product
- Japan