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  AMICOMP PARALLEL REDUNDANT ON LINE UPS SYNCHRONIZED SYSTEM
 


This is the system used where storage of data is of strategic and critical importance during power shedding especially when the server is connected in LAN/WAN/V Sat system.

In this system two UPS function under synchronized mode which is achieved electronically by which the output waveform of both the UPS have no phase difference or shift.

The load is equally shared between the Two UPS.

  • Battery charging is done in any of the following methods.
  • By a single charger
  • By two individual chargers in each UPS set, when the charging is done parallel for a single battery set.
  • By two individual chargers for two battery sets.
The system is successfully in operation at
  • Exide Solar Project at Sagar Island
  • State Bank of India, Jorhat.
  • Calcutta Municipal Corporation
     
 
Technical Specifications
     
INPUT    
Voltage Normal 50V dc
Range 12V - 57V
 
     
OUTPUT    
     
Power 0.5 KVA to 6 KVA  
     
Voltage 220V/230V AC  
     
Voltage regulation

+/- 1% under following conditions.

  • Input voltage variations from 42V to 57V DC
  • Load Current variations from 0 to 100%
  • Load Power factor variations from unity to 0.8 lagging.
     
Frequency 50Hz +/- 0.5Hz  
     
Phase Single  
     
Wave Form Sinusoidal  
     
Wave Form distortion
Against Input variation
Nil  
     
Power factor Unity to 0.8 lagging  
     
Harmonic Distortion (overall) < 5%  
     
Efficiency Not less than 85%  
     
No load Power Loss 75 Watts apprx  
     
Transient Overshoot/ Under shoot <.10% under following conditions:
  • 42V to 57V DC
  • Load changes from 100% to 10%
  • Change of Input voltage from 57V to 42V
  • Load changes from 10% to 100%.
     
Time required restoring within regulating range < 100 m.s.  
     
Over load capacity 120% for 10 minutes  
     
METERING    
     
AC Output Voltage Analog Volt Meter.  
     
AC Output Current Analog Amp. Meter  
     
PROTECTION INDICATIONS AUDIBLE ALARM
  • Reversal of Input polarity (Optional)
  • Input over voltage
  • Battery Low
  • Output Over Voltage
  • Output Over load
  • Output short Circuit
  • Inverter ON (Green)
  • Battery Low Trip (Red)
  • Inverter Over Voltage Trip (Red)
  • Inverter Over Voltage Trip (Red)
  • Output Over Voltage/Under Voltage
  • Input DC Over Volt and Under Volt
  • Over Load/Machine fault
     
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