Features

 

  • Master Series (3P/1P) - Tower

    Master Series (3P/1P) - Tower

    Online Master Series 10kVA – 30kVA

    • Online True double-conversion
    • Wide input voltage range
    • DSP technology
    • Input Power factor correction of 0.99
    • Output Power Factor of 0.80

     

  • Master Series (3P/1P) - Tower

    Master Series (3P/1P) - Tower

    Online Master Series 10kVA – 30kVA

    • Online True double-conversion
    • Wide input voltage range
    • DSP technology
    • Input Power factor correction of 0.99
    • Output Power Factor of 0.80

     

  • Master Series (3P/1P) - Tower
  • Master Series (3P/1P) - Tower

Master Series (3P/1P) three-phase input / single-phase output, true online double conversion UPS system guarantees consistent and quality electrical power to protect your mission critical applications such as mid-sized business servers, telecommunication systems and industrial equipment. The (3P/1P) UPS is designed with a wide input voltage range to handle voltage fluctuating situations and a high accuracy output voltage to fail-safe your equipment. 

This Voltage Frequency Independent (VFI) system is available in capacities from 10kVA to 30kVA. By adopting the latest IGBT technology, this device is able offer excellent voltage switching characteristics during generator operation. An internal bypass system allowing continuous power is also integrated for convenience when maintenance is necessary. In addition, this device comes with a parallel redundant system that allows two UPS models to operate in parallel and as backup for each other. The Master series (3P/1P) UPS also offers the option of adding on an isolation transformer to suit your requirements.

 

 

 
 
Key Features & Benefits
 
  • True Double-Conversion Online UPS
  • DSP technology guarantees high performance
  • Input Power Factor Correction 0.99
  • Active power factor correction in all phases
  • 50Hz/60Hz frequency converter mode
  • Wide input voltage range
  • Output Power Factor 0.80
  • Comes with a maintenance bypass function
  • Optional N+X parallel redundancy
  • Emergency Power Off (EPO) function