Power Capacitor

Power capacitors are used to store electric charges & regulate the flow of electricity in an electrical system. Electricity can be unpredictable and can cause fluctuations that can harm other electrical systems in the area.
Industries that use induction motors often have a low power factor in the surrounding distribution line, hence the use of power capacitors. This causes a loss of KVAR and wastes energy. Improving the power factor is considered an important measure for energy conservation.
The device consists of one or more pairs of plates separated by an insulating material (the dielectric) and attached to two terminals that allow the stored energy to be discharged into a circuit when required.
Incorporating capacitors into a power distribution system offers economic and operational benefits, including increasing system load capacity, reducing losses, and improving power factor.

Specification & Features LT capacitor

• Range 1KVAR to 50KVAR
• Type :
  • ‘MPP’ Cylindrical type  – Normal & Heavy Duty
  • ‘MPP’ Box type  – Normal & Heavy Duty
  • ‘APP’ Box type – Single layer
  • ‘SHDLL’ Box type- Super Heavy Duty Long Life
• Rated Voltage ( Vn): 440V /480V/525V
• Frequency : 50(+/-3%) Hz
• Insulation Voltage : 3 kV AC
• Rated Temperature : 50°C
• Life expectancy : 80000-1,25,000 Hrs
  
  

  Specification and Features

  • 12 Stage and 15 Stage
  • 3 Phase /3 CTs
  • Connecting single phase & 3 phase capacitors
  • Compensation of each phase
  • Measure: A, cosØ, Total W, Total Var, Total VA
  • Total KWH, Total KVArh
  • Harmonic measurement ( up to 19th)
  • THD l%, THD V %
  • Programmable THD Protection
  • Programmable discharge time
  • Programmable THD Alarm
  • Password protection for setup
  • Overheat Protection ( optional)
  • RS-485 communication ( optional)