Rolling Contact Type Voltage Controller

ISO 9001: 2008 certification

Rolling Contact Type Voltage Controller

Servokon is a reliable supplier of high quality rolling contact type voltage controller that is used to overcome problems like electricity fluctuation. We understand the fact that even a minor fluctuation can not only halt the entire system but damages the electric appliance or devices as well. This type of controller protects the appliances by providing a constant output voltage when the voltage coming from the source of power fluctuates.

We have an in-house manufacturing unit for manufacturing the voltage controller with utmost precision and at par with international standards. Highest degree of electrical insulation and windings makes these controllers suitable for both indoor as well as outdoor electric installations.

Quantitative advantages of automatic voltage controller at various fluctuation levels:

Input Voltage Variation % Reduction in Breakdown Possible Approx. Power Saving Possible
Motor Load Below 30 HP. Lighting Load Motor Load Below 30 HP. Lighting Load
380-400 volts Nil Nil Nil Nil & Servo Stabilizer Required
380-420 volts 5% 10% 3% 5%
380-440 volts 10% 20% 5% 10%
360-460 volts 40% 40% 7% 20%
360-480 volts 60% 60% 10% 30%
320-500 volts 80% 80% 15% 37%

Application



Rolling Contact Type Voltage controllers are catered to the below mentioned industries :

  • Distilleries & Beverages
  • Cement Plant
  • Cold Storage
  • Food processing Units
  • Pharmaceutical Units
  • Flour Mills Engineering Units
  • Rolling Mills
  • High Buildings Hospitals & Nursing Home etc
  • Paper Mills
  • Textile Mills
  • Rubber Industries

Advantages

  • Superior insulation and windings
  • Suitable for indoor and outdoor installation
  • Motor draws 15 - 20% lesser current
  • Motor inside the controller can withstand the high current
  • Equipped with contractors, relays and switch gears
  • Reduction in unwanted loss of energy
  • 5 Years Guarantee
  • Protection of Electrical equipment
  • Improve power factor in situation of high voltage
  • First-rate efficiency with reduced MDI