BENEFITS OF INSTALLING AUTOMATIC
VOLTAGE CONTROLLER ON LIGHTING LOAD
By maintaining
365 / 210 volts - three / single phase output
through Automatic Voltage Controller for Lighting
Load, there will be definite saving in power bill
& reduction in failure rate of lighting equipments.
Higher the input voltage - more will be the savings.
The overall effect on the reduction in brightness of the lamp
at 210 volts will be negligible.
PAYBACK
PERIOD
Owing to its high
efficiency and associated benefits, the payback
period for the cost of Jindal’s Servo Voltage
Stabilizer is from 6-12 months depending upon
the input voltage variation and number of working
hours of the plant. The HIGHER the input voltage
the SHORTER will be the payback period.
DESCRIPTION OF
JINDAL'S MAKE AUTOMATIC VOLTAGE CONTROLLER
Jindal’s
Servo Stabilizer primarily consists of the following:
1
Linear Type Plus/Minus type
Vertical Rolling Contact type Regulator.
2
Double Wound Buck/Boost Transformer.
3
Electronic Control Circuit
and meter panel.
The regulator and buck boost transformer
are oil cooled, housed in same or separate steel tanks. Radiators,
if necessary are provided for effective cooling. Their core is built
from grain oriented silicon steel Laminations which keep losses
to the minimum and they are wound with electrolytic grade copper
to minimise the losses, vacuum impregnated and oven dried as per
IS.
APPLICATION
Though stabilizers are useful for
any kind of application, these are most suitable for 24 hour continuous
process plants where breakdowns due to fluctuation results in heavy
financial losses. These include :
Cement Plants
Flour Mills
Engineering Units
Pharmaceutical Units
Cold storages
Rolling
Plants
Textile Mills
Paper Mills
Tube Mills
Rice Sheller's
Rubber
Industries
Tea Estates
Food Processing Units.
Oil and Vanaspati Plants.
Footwear and Leather
Units
Distilleries &
Beverages
Hospitals
Nursing Homes
Clubs
Hotels
High Rise Buildings
SPECIFICATION
Jindal’s
servo stabilizers are available in a wide range and various models.
The standard Three phase models are suitable for balanced &
unbalanced supply and loads. The standard models confirm to the
following specification:
Input
Voltage
Efficiency (approx.)
Output Voltage
Cooling
Type
Temp. Rise (max.)
Mounting
Correction Rate
Wave form distortion
Duty Cycle
360-450 V, 350-460
V, 340-460 V,320-460V & 300-460 V
Certifictions
