STABILIZER VOLTAGE

 automatic voltage regulator, which primarily consists of the following features :

• Linear, plus / minus type vertical rolling contact voltage regulator
  For making these regulators, we use heavy section of electrolytic grade rectangular copper strip instead of copper wire in order to minimize the losses & increase the efficiency of equipment. We also employ self lubricating Carbon Roller Assemblies instead of ordinary Carbon Brushes that offers more reliability and trouble free performance of the equipment.
• Double wound buck / boost type series transformer
  In our Buck / Boost transformer, we make use of CRGO lamination to reduce iron losses. The coils of Buck / Boost transformer are wound with heavy section of multi strips electrolytic copper to minimize copper losses to get better efficiency of the equipment.
• Electronic control circuit and meter panel
  Automatic Voltage Controller usually consists of very simple electronic control voltage circuit for monitoring and controlling voltage, repair and maintenance of which is very easy. The regulator and Buck / Boost transformer are oil cooled, placed in same or separate sheet steel tanks. These devices are provided with radiators for effective cooling. The coils of voltage regulators & Buck / Boost Transformers are vacuum impregnated and oven dried as per IS.

We have a commitment to provide an UNCONDITIONAL FIVE YEAR GUARANTEE for all the EQUIPMENTS supplied by us in INDIA. After sales service is the backbone of our organisation. 

For outside india we will provide one year warranty. 

Advantages of installing AVR.   :   We  have  clearly mentioned in our  Catalog  that  customer  will certainly have the following advantages in case they are  getting higher  input voltage.  

• REDUCTION  IN  BREAKDOWN  OF ELECTRICAL EQUIPMENTS
• ENERGY SAVING 5-10 % on motor load and15-25% on lighting load.
• REDUCTION IN MDI by 10-15%.
• IMPROVEMENT IN POWER FACTOR.
• Depreciation allowance @80% as per Income Tax Act.
• Uniform Quality of End Products.