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500 KVA Transformer

A 500 kVA transformer is an essential piece of equipment that helps to transform electrical current from one voltage level to another. It is a vital component in many electrical circuits and serves a critical role in ensuring the smooth and efficient operation of various electrical systems.

Features

500 kVA Transformer Technical Specifications:

A 500 kVA transformer is an essential piece of equipment that helps to transform electrical current from one voltage level to another. It is a vital component in many electrical circuits and serves a critical role in ensuring the smooth and efficient operation of various electrical systems.

500 kVA Transformer 5

500 kVA Transformer Data Sheet:

Parameter                                 

500 kVA Transformer Specification

Frequency                                 

50/60 Hz

Primary Voltage Range                      

11 kV - 33 kV

Secondary Voltage Range                   

415 V / 433 V

500 kVA Transformer Current Rating

760A

500 kVA Transformer Load Capacity

379.6KW

Vector Group                             

Dyn11

500 kVA Transformer Losses

680W

500 kVA Transformer No Load Losses

810W

Insulation Class                            

A

Cooling                                  

ONAN or ONAF

500 kVA Transformer Impedance

4%

Winding Material                          

Copper or Aluminium

500 kVA Transformer Oil Capacity

400kg

500 kVA Transformer Copper Weight

500kg

500 kVA Transformer Weight

2000kg

500 kVA Transformer Dimensions

1130*1070*911mm


Benefits:

The 500 kVA transformer is an excellent investment due to its many benefits. It is reliable, efficient, and cost-effective, making it an ideal choice for industrial and commercial applications. Some of the benefits of the 500 kVA transformer include:

1.Energy Efficiency

A high-efficiency rating ensures that the transformer operates at optimal levels, reducing energy consumption.

2. Durability

High-quality materials ensure that the transformer has a long service life, reducing maintenance costs.

3. Safety

The transformer is designed with safety in mind and equipped with various protection mechanisms to prevent overload and short circuits.

4. Versatility

The transformer can be customized to meet the specific requirements of various applications and industries.


FAQ

1.What Is A 500 KVA Transformer?

   A 500 kVA transformer is an electrical device that is used to transfer electrical energy from one circuit to another by electromagnetic induction. It is designed to handle a maximum power of 500 kilovolt-amperes (kVA), which refers to the maximum amount of electrical power that can be transferred through the transformer at any given time. 


2.How Much Does A 500 KVA Transformer Cost?

   USD4200.00/set


3.How Much Does A 500 KVA Transformer Weight?

   2000kg


4.How Big Is A 500 KVA Transformer

   1130*1070*911mm


5.How Many Amps Can A 500 KVA Transformer Supply?

   760A


6.How Many House Will 500 KVA Transformer Serve?

   Typically, a 500 KVA transformer can serve one large house or multiple smaller houses, depending on their power demand. The exact number of houses will vary based on factors such as the size of the houses, their electrical load, and the voltage and distribution system of the utility company.


7.How Much Load Can A 500 KVA Transformer Handle?

   The maximum load capacity of a 500 KVA transformer depends on several factors, such as the type of load (resistive, capacitive, or inductive), power factor, and ambient temperature. Generally, a 500 KVA transformer can handle a maximum load of up to 500,000 VA or 500 amperes at 1 power factor, assuming it is operating under normal conditions. However, it is important to consult the manufacturer's specifications and the National Electric Code (NEC) for specific load capacity limits and installation requirements. Additionally, it is recommended to perform regular maintenance and inspections to ensure the transformer is operating safely and efficiently.


8.How To Calculate The Cable Size For 500 KVA Transformer?

   The formula for calculating the cable size is based on the full load current (FLC) of the transformer and the cable length. Here is the formula:

   Cable size (mm2) = (FLC x 1.25) x 2 x cable length (m) x cable correction factor

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