FAQ & Data Sheets

  • If city main line is below 380 V, Stabilizer output slightly decrease from 415V (for example input is 372V, output will be 407V, instead of 415V.)
  • If city main line is above 450V, Stabilizer output slightly increase from 415V (for example input is 388V, output will be 423V, instead of 415V.)
  • If city main line is very low from 380V, or very high from 450V, stabilizer switches off output for protect itself and protect devices in site&building. When city main line input come between acceptable voltages (between 380V-450V) stabilizer automatically switch on and supply 415 V output)
  • Maximum and Minimum output voltage tolerances is configurable from stabilizer controller card lcd panel.
  • Overvoltage meaning is; city main line input is very higher than 450V.
  • Undervoltage meaning is; city main line input is very low than 380V.
  • If there are an Overvoltage or Undervoltage issue, stabilizer switches off output and get start just scan/check city main line input, ıf city main line input come between acceptable voltages 380V-450V stabilizer automatically switch on output and supply 415V.
  • If stabilizer switch off itself because of Overvoltage or Undervoltage, and city main line input not come between acceptable voltages “for a long time”, stabilizer automatically “switch off completely” itself
  • UPS’s main purpose ISN’T STABILIZING INCOMING ELECTRICITY, it’s main purpose is supply site&building when no there are electricity. There are batteries inside UPS, and these batteries life time is short.
  • Voltage Stabilizers main purpose is stabilizing incoming electricity. Voltage stabilizer’s life time is very long.
  • UPS are, expensive and life time is short.
  • Voltage Stabilizers are, cheaper and life time is very long.
  • There are both of Voltage and Current Protection in our stabilizers. This meaning if site&building try to use overcurrent the stabilizer will switch of itself for protection itself and devices in site.
  • For example; Stabilizer Max Power is 75 ampere, but site&building try to get 90 ampere from stabilizer. In this case stabilizer switch off itself for protect itself and devices in site. This is overcurrent protection.
  • Our stabilizer clean & eliminate NOISE from incoming city line.
  • Our stabilizer clean & eliminate and not cause harmonics.
  • It is enough clean inside of stabilizer with compressed air from dust.
  • If the environment is clear and no there are dust around stabilizer location, it is enough clean every year with compressed air.
  • If there are too much dust around, clean every 6 months or 3 months (this is dependent to dust around unit)
  • Keep away from dust and water. Do not locate outside, every time locate in building.
  • Never open stabilizer cabinet if there are electricity.
  • Average lifetime of Voltage stabilizers is 4-6 years. If the user or your service clean stabilizer with compressed air routine every 6 months, possible lifetime is 8-10 years.
  • Possible spare parts you will use; Driver motor, Variac, LCD Controller card.
  • Yes, stabilizer increase power bill around %3-%6. If city main line is around 380 V, stabilizer will try get much more power from incoming line, for keep output voltage 415V.
  • For example; If city main line is around 380 V, the bill will increase ~%6. If city main line is around 400V, the bill will increase ~%3. If city main line is more than 415V (maybe 430V) no there will be any extra bill.
  • The Voltage Stabilizer continuously will supply 415 V output, if city main line input is between 380 V – 450 V
  • If any phase is lost, stabilizer automatically switch off itself, for protect devices in site.
  • No there are phase reversed issue in the stabilizer. You can connect city main line input same like; RST-TSR or STR and etc..
  • Voltage stabilizers permanent & unique solution, if there are any voltage problem.
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    Compliance

    Certificate

    Conformity