Продуктовая линейка ИБП Master MPS версии HP представлена ИБП мощностью от 100 до 600кВА.

Cерия Master HP разработана для обеспечения максимально эффективной защиты и идеальное идеального качества напряжения для нагрузок центров обработки данных ( датацентров ) и промышленного оборудования.

ИБП укомплектован IGBT выпрямителем, цифровым процессором ( DSP ) для обеспечения наилучшей эффективности работы и контроля за работой внутренних узлов качество питающего напряжения для нагрузки любого типа, как ИТ, так и промышленных устройств.  

Устройство классифицируется как true on-line (VFI SS 11 - Voltage and Frequency Independent согласно стандарта IEC EN 62040-3).

Серия HP отличает исключительная эффективность, минимальное воздействие на внешнюю сеть, компактные размеры, простое и удобное фронтальное обслуживание - идеальный набор составляющих  для защиты современного критичного оборудования.

Данное устройство разработано с учетом оказания минимального воздействия на внешнюю электросеть. Это обеспечивается использованием выпрямителя на IGBT транзисторах, формой потребляемого тока которого является синусоида ( THD(i) <=5% ) в отличие от выпрямителей на тиристорах и диодах, которые характеризует импульсное потребление тока. 

Thanks to the double conversion on-line technology achieved entirely with IGBT and DSP (Digital Signal Processor) control, the Master Plus HIP series guarantees maximum protection as well as high quality power for any type of IT and industrial load. It is especially suited for mission critical applications and is classed VFI SS 111 (Voltage and Frequency Independent) in compliance with IEC EN 62040-3 standards.

This series has been designed using a new configuration that includes an IGBT rectifier with sinusoidal input current in place of the traditional thyristor rectifier.

ZERO IMPACT SOURCE

Master Plus HIP is a further evolution of the Master Plus series with the added advantages offered by an IGBT-based rectifier assembly. This feature further reduces the impact of the UPS on the local supply and simplifies installation where there is limited power capacity in the form of available electrical supply rating or generator size. Master Plus HIP is classed as a ‘Zero Impact Source’ and provides:

• low input current distortion – less than 2.5%
• high input power factor 0.99
• power walk-in function that ensures progressive rectifier start up
• delayed start up phased with the return of mains power supply, when several UPS are connected in the system.

Master Plus HIP also performs the role of a high performance filter, protecting its upstream power supply sources from any harmonics and reactive power generated by the loads powered.

BATTERY CARE SYSTEM

Master Plus HIP uses the Battery Care System, also available on the traditional Master Plus models, which optimises battery performance in order to extend the battery life for as long as possible.

FLEXIBILITY

Master Plus models (including the HIP versions) feature an output transformer with galvanic isolation (between the load and the battery supply) to provide greater versatility and installation options. The UPS

can be supplied from two separate power sources (mains power and a second emergency standby source) which can help increase the resilience of parallel system configurations.

MAIN CHARACTERISTICS

• Efficiency up to 98 %
• Compact footprint: only 0.85 m2 for the 250kVA UPS model
• Reduced weight
• Double electronic and galvanic protection of the load from the battery

The entire Master Plus HIP range is suitable for a wide range of applications thanks to the flexibility of the configurations, accessories and options and choice of performance levels: compatible with capacitive loads, such as blade servers, without any reduction in active power, ranging from 0.9 lead to 0.8 lag and up to 0.8 capacitive power with a low derating equal to 15% of the active power (kW).

Efficient and reliable power supply for mission critical applications is guaranteed by operating in redundancy and power parallel mode with up to 8 units (N+1), and by the Dual Bus System and Dynamic Dual Bus system configurations.