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Automatic Voltage Regulator

Automatic Voltage Regulator

उत्पाद विवरण:

  • आउटपुट वोल्टेज 380, 400, 415 वोल्ट (V)
  • दक्षता 98%
  • फ़्रिक्वेंसी (मेगाहर्ट्ज) 50 हर्ट्ज (एचजेड)
  • इनपुट वोल्टेज 260 -480 वोल्ट (V)
40000 आईएनआर/टुकड़ा
X

स्वचालित वोल्टेज रेगुलेटर मूल्य और मात्रा

  • टुकड़ा/टुकड़े
  • टुकड़ा/टुकड़े
  • 1

स्वचालित वोल्टेज रेगुलेटर उत्पाद की विशेषताएं

  • 380, 400, 415 वोल्ट (V)
  • 260 -480 वोल्ट (V)
  • 98%
  • 50 हर्ट्ज (एचजेड)

स्वचालित वोल्टेज रेगुलेटर व्यापार सूचना

  • टेलीग्राफिक ट्रांसफर (T/T) चेक
  • 1 प्रति दिन
  • 5-6 हफ़्ता
  • अफ्रीका ऑस्ट्रेलिया पूर्वी यूरोप दक्षिण अमेरिका मिडल ईस्ट उत्तरी अमेरिका पश्चिमी यूरोप एशिया मध्य अमेरिका
  • ऑल इंडिया

उत्पाद विवरण

Since our inception in the year 2013, we are affianced in offering supreme quality Automatic Voltage Regulator. We manufacture this AVR at our advanced production set up using high grade tested raw materials and advanced machinery. This AVR is extensively used by our clients at running stations for automatic stabilization of voltage in order to protect the installed electrical units at various places from voltage fluctuation. अधिकover this LT AVR is available to our clients at very affordable prices.

Features of Automatic Voltage Regulator(AVR) :

  • Rugged design
  • Strong construction
  • Easy to operate
  • Noise less operation

Many state electricity boards have tried and failed to provide constant voltage to the customer. The reasons why this could not be achieved till now are long, inadequate distribution lines and irregular load pattern on distribution transformers. Everyone must have noticed that the voltage is low during day time and high during night time. Not only this irregularity, voltage rises sharply on rainy days,  holidays, peak hours, and times when agricultural and Industrial load is switched off; all this is dangerous.

The electric motors (particularly smaller capacity motors upto 7.5 H.P.) are affected by this higher current in different ways; which are:

  • Premature failure of winding is caused by the sudden higher current
  • The loss of electric motor increases the loss of attached accessories and systems, like wires, switches, transformers, etc.
  • To ensure smooth and continuous motor operations,  set over load relays at 20% higher setting.

With the stabilizer installation and 390/400 volts maintenance, one can allow smooth operation of motor. It will draw 15 - 20% lesser current and could reduce the the relay setting by 15 - 20%. In case of single phasing, within 40 - 50 seconds the relay will trip. For such a minimum time span, any motor can withstand the high current and will operate safely. Not just the motor, but all relays, switchgear, etc., incorporated with it will be safe.

L.T. AVR are installed in all running units with both, L.T. and small H.T. Connections. These can be manufactured for balance input voltage, unbalanced voltage and unbalanced load.

Technical Advantages:

  • Undistorted output characteristics
  • Moving parts on L.T. side and its mass is only few Ib-inch torque
  • Energy savings
  • High efficiency and minimum no-load losses
  • Simplicity and flexibility of design
  • On load stepless Voltage variation
  • Long service life
  • Low Replacement Cost

The edge of  rectangular conductors are wounded with regulating coils, so as to give high mechanical strength compared to other designs.

Technical Details:

Input Voltage 360-450V
Efficiency (as calculated) 99.60%
Output Voltage 400V_+ 1% 3 Phase, 50hz
Temperature Rise (Max.) Naturally Oil Cooled
Mounting On Uni-directional Wheel
Wave form distortion Nil
Duty Cycle 100% Continuous

Applications of Voltage Regulators:

> Pharmaceutical Units > Food Processing Units > Hotels
> Cold Storages > Oil & Vanaspati Plants > High Rise Buildings
> Rolling Mills > Footwear & Leather Units > Furnace Transformers
> Textile Mills > Tea Gardens > Test Rooms
> Paper Mills > Distilleries & Beverages > Glass Industries
> Tube Mills > Hospitals & Nursing Home > Research Sta> tions
> Rice Shellers > Clubs > Chemical Industries
> Rubber Industries

The table below compares the behaviour of 5 H.P. motor at different voltage :-

INPUTVOLTAGE CURRENT KVA PF
400 7.5 A 5.2 0.8
425 11% अधिक 18% अधिक 0.7
435 19% अधिक 28% अधिक 0.61
445 265 more 38% अधिक 0.57

The table below compares the behaviour of 60 watt lamp at different voltage :-

VOLTAGE CURRENT WATTS LUMINOUSINTENSITY LIFE IN HOURS
230 0.26 60 W 710 1000
240 0.27 65 W-8.3% अधिक 820 575
250 0.28 70.6-17.6% अधिक 943 338
260 0.29 75.4-25.6% अधिक 1073 200
270 0.31 83.4-39% अधिक 1213 100

 

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