voltage fluctuation is a common phenomenon in every part of the country. The industrial units, which are running 24 hours, face the problem of low and high voltage. 90% of industrial load is of electric motors. Electric motors draw considerably high current at low and high voltage. This higher current affects the electrical motors in three ways:

• higher current produces higher losses in electrical motors, which causes premature failure of winding.
• it increases the losses of electric motors and other associated equipments.
• this higher current of electric motor requires higher setting of overload relay to avoid frequent tripping of motors. Higher setting of overload relay has very little safety margin against single phasing & mechanical faults. With installation of stabilizer, the higher current drawn by motor on account of voltage variation is eliminated.
• the overload relay can be set as per requirement of motor load, which will reduce the motor failure rate considerably.
• we are one of the leading servo controlled voltage stabilizer manufacturers and suppliers based in india. Our servo voltage stabilizer is especially designed to be energy efficient due to less copper and iron losses, resulting in substantial savings to the users over the years. We offer lt servo voltage stabilizers from 20 kva to 3000 kva and h.t. Servo stabilizers from 20 to 5000 kva. choice of voltage range the stabilizer with input 330-460v is ideally suitable for all industrial purposes even if the voltage variation may be much higher. With this model even at 300v input, you will correspondingly get output voltage of 365 v and 435vrespectively, which being of very short duration duting the year, will not be harmful. applications though stabilizers are useful for any kind of application, they are most suitable for 24 hours continuous process plants where breakdowns due to fluctuations result in heavy financial losses. Some of these are multiplexes, call centers, software parks, furnaces, test rooms, research stations, paper industries, electroplating plants, electrolytic processes, hotels hospitals, tea gardens, defence installations, space research centers, steel plants, cement factories, glass works, chemical industries, plastic processes etc. installation the stabilizer can be installed at the mains or section wise after the ltacbocb. Installation needs cables of suitable capacity to input from acbocb and from output to distribution panel. Over voltage signal is provided which can be used for tripping acbocb in case voltage goes beyond specified level. advantages
  • reduced failure rate of electrical equipments
  • increased productivity
  • improvement in pf and reduction in mdi if incoming voltage is normally higher
  • depreciation 60% from income tax
  • reduction in power consumption
  • lesser rejection of end product
  • uniform quality of end product
  • superior features of surya's make stabilizer surya's make roller type regulator
    • continuous 100% dutycycle.
    • life at full load is 10-15year's. (l.t.)
    • 7 years unconditional guarantee
    • negligiblelosses infullboost and buckconditions.
    • conventional make with carbon brush regulator
      • suitable for only 30-40% duty cycle.
      • maximum life is 2-3 year when operated at full load.
      • nomral guarantee for one year.
      • max. Losses at full boost and buck condition.
      • .

voltage fluctuation is a common phenomenon in every part of the country. The industrial units, which are running 24 hours, face the problem of low and high voltage. 90% of industrial load is of electric motors. Electric motors draw considerably high current at low and high voltage. This higher current affects the electrical motors in three ways:

• higher current produces higher losses in electrical motors, which causes premature failure of winding.
• it increases the losses of electric motors and other associated equipments.
• this higher current of electric motor requires higher setting of overload relay to avoid frequent tripping of motors. Higher setting of overload relay has very little safety margin against single phasing & mechanical faults. With installation of stabilizer, the higher current drawn by motor on account of voltage variation is eliminated.
• the overload relay can be set as per requirement of motor load, which will reduce the motor failure rate considerably.
• we are one of the leading servo controlled voltage stabilizer manufacturers and suppliers based in india. Our servo voltage stabilizer is especially designed to be energy efficient due to less copper and iron losses, resulting in substantial savings to the users over the years. We offer lt servo voltage stabilizers from 20 kva to 3000 kva and h.t. Servo stabilizers from 20 to 5000 kva. choice of voltage range the stabilizer with input 330-460v is ideally suitable for all industrial purposes even if the voltage variation may be much higher. With this model even at 300v input, you will correspondingly get output voltage of 365 v and 435vrespectively, which being of very short duration duting the year, will not be harmful. applications though stabilizers are useful for any kind of application, they are most suitable for 24 hours continuous process plants where breakdowns due to fluctuations result in heavy financial losses. Some of these are multiplexes, call centers, software parks, furnaces, test rooms, research stations, paper industries, electroplating plants, electrolytic processes, hotels hospitals, tea gardens, defence installations, space research centers, steel plants, cement factories, glass works, chemical industries, plastic processes etc. installation the stabilizer can be installed at the mains or section wise after the ltacbocb. Installation needs cables of suitable capacity to input from acbocb and from output to distribution panel. Over voltage signal is provided which can be used for tripping acbocb in case voltage goes beyond specified level. advantages
  • reduced failure rate of electrical equipments
  • increased productivity
  • improvement in pf and reduction in mdi if incoming voltage is normally higher
  • depreciation 60% from income tax
  • reduction in power consumption
  • lesser rejection of end product
  • uniform quality of end product
  • superior features of surya's make stabilizer surya's make roller type regulator
    • continuous 100% dutycycle.
    • life at full load is 10-15year's. (l.t.)
    • 7 years unconditional guarantee
    • negligiblelosses infullboost and buckconditions.
    • conventional make with carbon brush regulator
      • suitable for only 30-40% duty cycle.
      • maximum life is 2-3 year when operated at full load.
      • nomral guarantee for one year.
      • max. Losses at full boost and buck condition.
      • .