3.15 mva transformer manufacturers in india

Prestige Quality 3.15 mva power transformer suppliers in africa, 3150 kva transformer manufacturers, view 3.15mva transformer price in india

Transformers, like the 3150 kva dry type transformer form one of the primary components for both the transmission as well as distribution of electrical energy. The 3.15 mva transformer specification design results mainly from the range of application, the rated power, the construction and the voltage level. The scope of transformer types starts with generator transformers and ends with distribution transformers for e.g. 3150 kva dry type transformer dimensions.

 

 

 

World-Class 3150 kva dry type transformer Exporter in india, view cost of 3.15 mva power transformer.

Transformers such as the 3.15mva transformer which are directly connected to the generator of the power station are referred to as generator transformers. The power range of the 3.15 mva power transformer goes up to far above 1000 MVA. While the voltage or the 3.15 mva transformer current rating can extend up to approx. 1500 kV.

We are one of the leading 3.15 mva transformer manufacturers in India. Our list of clients includes various industries, due to the competitive prices offered by us. Click the link for cost of 3.15 mva power transformer.The 3150 kva transformer oil capacity  produced in our factory has a higher standard energy efficiency. This in turn results in a higher lifespan of the oil type 3150 kva transformer specification as compared to the dry type.

Oil cooled or oil transformer 3150kva have a lower operating sound level, thus less noise pollution in comparison to dry-type.  The Oil cooled units produced by 3150 kva transformer manufacturers tend to be smaller and more efficient as well. Check the 3.15 mva transformer price and 3.15 mva transformer weight here. Electrical impedance or in this case the 3150 kva transformer impedance is the measurement of the opposition that a circuit presents to a current on the application of a voltage. 

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MVA stands for Mega Volt Amp or Volts X Amp /1000,000. In the event that your total load necessity is 1000 volts and 5000 amps (1000 x 5000 = 5000,000 VA) it can be expressed as 5MVA. We right now manufacture 3.15 MVA Transformers (3 Phase Transformers). Auto transformers have the advantage of being littler and cheaper than twofold wound transformers. We will make essentially any estimate of single or 3 phase transformer, dependant on voltage.

Our Three and Single phase transformers can be planned particularly to meet all of your prerequisites, no matter how unusual. We manufacture transformers for a wide extend of industries,if you’ve got particular prerequisites for your 3 phase transformers at that point please request a cite along with your points of interest or get in touch via phone, we’re here to assist!

3.15 MVA = 3150kVA

 

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type of cooling	AN (air natural)
rated power	3150 kVA
network frequency	50 Hz
thermal class	F
phase description	3 phases
primary voltage	6 kV
isolation level	1.1 kV AC secondary 12 kV AC primary
[Ui] rated insulation voltage	Secondary circuit: 10 kV AC Primary circuit: 28 kV AC
[Uimp] rated impulse withstand voltage	75 kV
secondary voltage	No load: 400 V
vector group	Dyn11
tapping link range	+/- 2 x 2.5 %
total number of steps	5.0
temperature rise	100 K (winding)
impedance voltage	6 %
no-load losses	5500 W
load losses	25000 W at 120 °C
operating altitude	< 1000 m
winding material	Aluminium
insulation material	Cast resin (HV) Pre-impregnated (LV)
mounting mode	Fixed
mounting support	Floor
net weight	5925 kg
height	2335 mm
width	1195 mm
length	2020 mm
sound power level	81 dB at 1 m
3.15 mva transformer manufacturers export to	Uganda, Africa, Malaysia India, Nigeria, Kenya, Nepal, Malawi, Rwanda, Bangladesh, Tanzania
Other Ratings	10, 16, 25, 50, 63, 100, 160, 200, 315, 500, 630, 750 kVA
all above transformer are	11kV , 22kV, 33kV line
Efficiency	3, 4, 5 Star or Level II, Level III

 

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 For Final 3.15 mva transformer price Please Mail Us on info@rajasthanpower.in

 

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A Full Range Of oil transformer 3150kva, Check 3.15 mva transformer current rating and 3150 kva dry type transformer dimensions

 

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• 1 MVA = 1000 KVA
• To covert KVA in to MVA , divide by 1000.
• Example: convert 3150 KVA in to MVA
  Solution: 1 KVA = 1/1000 MVA
  3150 KVA = 3150/1000 MVA
  = 3.15 MVA

 

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kVA stands for Kilovolt-Ampere and is the rating regularly utilized to rate a transformer. The size of a transformer is decided by the kVA of the load. In numerous circumstances the power required by the load is proportionate to the rating of the transformer communicated in either VA or kVA. For case a 1KW (1000 Watts) load would require a 1kVA transformer @ unity power factor.

KVA calculation
For three phase KVA= (V*I*1.732)/1000
For single phase KVA= (V*I)/1000

MVA calculation-
For three phase MVA= (V*I*1.732)/100,000
For single phase MVA= (V*I)/1000,000

 

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5 MVA Lightning Impulse Test Report	5 MVA Short circuit Test Report	5 MVA Temperature Rise Test Report
3.15 MVA Lightning Impulse Test Report	3.15 MVA Short Circuit Test Report	3.15 MVA Temperature Rise Test Report
2000 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Test Report	1000 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Test Report	500 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Coating Thickness Test Report
500 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Lightning Impulse Test Report	500 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Paint Adhesion Test Report	500 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Short Circuit Test Report
500 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Temperature Rise Test Report	315 KVA, EEL-3, 11_0.433 kV, Copper Wound Distribution Transformer Lightning Impulse Test Report	315 KVA, EEL-3, 11_0.433 kV, Copper Wound Distribution Transformer Temperature Rise Test Report
315 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Coating Thickness Test Report	315 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Lightning Impulse Test Report	315 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Short Circuit Test Report
315 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Sound Power Test Report	315 KVA, EEL-2, 11_0.433 kV, Copper Wound Distribution Transformer Temperature Rise Test Report	160 KVA, Lightning Impulse Test Report
160 KVA, Short Circuit Test Report	160 KVA, Temperature Rise Test Report	100 KVA, CRGO, EEL-3, 11_0.433 kV, Aluminium Wound Distribution Transformer Lightning Impulse Test Report
100 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Lightning Impulse Test Report	100 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Short Circuit Test Report	100 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Temperature Rise Test Report
100 KVA, Amorphous Core , EEL-3, 11_0.433 kV, Copper Wound Distribution Transformer Lightning Impulse Test Report	100 KVA, Amorphous Core , EEL-3, 11_0.433 kV, Copper Wound Distribution Transformer Short Circuit Test Report	100 KVA, Amorphous Core , EEL-3, 11_0.433 kV, Copper Wound Distribution Transformer Temperature Rise Test Report
100 KVA, CRGO, EEL-3, 11_0.433 kV, Aluminium Wound Distribution Transformer Short Circuit Test Report	100 KVA, CRGO, EEL-3, 11_0.433 kV, Aluminium Wound Distribution Transformer Sound Power Test Report	100 KVA Aluminium Wound Distribution Transformer Temperature Rise Test Report
63 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Lightning Impulse Test Report	63 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Short Circuit Test Report	63 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Temperature Rise Test Report
25 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Lightning Impulse Test Report	25 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Short Circuit Test Report	25 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Temperature Rise Test Report
16 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Lightning Impulse Test Report	16 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Short Circuit Test Report	16 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Sound Power Test Report
16 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Temperature Rise Test Report	10 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Lightning Impulse Test Report	10 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Short Circuit Test Report
10 KVA, CRGO Core , EEL-2, 11_0.433 kV, Aluminum Wound Distribution Transformer Temperature Rise Test Report	Single Phase 25 KVA ALuminium wound Distribution Transformer EEL-2	Single Phase 16 KVA ALuminium wound Distribution Transformer EEL-2
Single Phase 10 KVA ALuminium wound Distribution Transformer EEL-2	Single Phase 5 KVA Aluminium wound Distribution Transformer EEL-2	Single Phase 5 KVA Copper wound Distribution Transformer EEL-2

 

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The impedance of a transformer is the entire restriction offered to substituting current. This may be calculated for each winding.However, a rather basic test gives a practical strategy of measuring the comparable impedance of a transformer without isolating the impedance of the windings.

Calculation of Percentage Impedance

In arrange to decide proportionate impedance, one winding of the transformer is short-circuited. And a fair sufficient voltage is connected to the other winding to make full load current to stream within the short-circuited winding.This voltage is known as the impedance voltage.

Impedance Data for Single-Phase Transformers

 

Impedance Voltage

3.15 MVA	–	6.25%
5 MVA	–	7.15%
8 MVA	–	8.35%

 

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Transformer oil (moreover known as insulating oil) may be a uncommon type of oil which has fabulous electrical protection properties and is steady at high temperatures. Transformer oil is utilized in oil-filled electrical power transformers to insulate, stop arcing and corona release, and to disseminate the heat of the transformer (i.e. act as a coolant).

 

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India’s Largest 3150 kva transformer manufacturers in india, see 3150 kva transformer impedance and 3150 kva transformer oil capacity

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