High-efficiency Step Down Electrical Transformer
High-efficiency Step Down Electrical Transformer
High-efficiency Step Down Electrical Transformer
High-efficiency Step Down Electrical Transformer

High-efficiency Step Down Electrical Transformer

Price 45000 INR/ Piece

MOQ : 1 Piece

High-efficiency Step Down Electrical Transformer Specification

  • Low Voltage
  • 12 Volt (V)
  • High Voltage
  • 1500 Volt (V)
  • Coil Material
  • Copper Core
  • Operating Temperature
  • 0 - 50- C Celsius (oC)
  • Rated Voltage
  • 35A per phase Volt (V)
  • Cooling Type
  • Air Cool
  • Product Type
  • Electrical Transformer
  • Material
  • copper
  • Output
  • 200V-220V-240V
  • Frequency (MHz)
  • > 95% RH Kilohertz ( KHZ )
  • Efficiency
  • Better than 98 %
  • Phase
  • Three Phase
  • Usage
  • Before the wide usage of switching power supplies, almost all low voltage wall adapters use step down transformers. Related Posts:
  • Coil Structure
  • Copper
  • Coil Number
  • Double Winding
  • Power Scope
  • 415V input/200V output
  • Weight
  • 125kg Milligram (mg)
 

High-efficiency Step Down Electrical Transformer Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • FOB Port
  • COIMBATORE
  • Payment Terms
  • Cash Against Delivery (CAD), Cash on Delivery (COD), Cheque, Cash Advance (CA)
  • Supply Ability
  • 10 Pieces Per Week
  • Delivery Time
  • 1-3 Days
  • Sample Policy
  • Contact us for information regarding our sample policy
  • Main Export Market(s)
  • Central America, South America, Australia, North America, Eastern Europe, Western Europe, Asia, Middle East, Africa
  • Certifications
  • All the street transformers which we see near our homes are step down transformers. They take a 11kV alternating voltage at the primary and convert it to 230V for distributing it to our homes.
 

About High-efficiency Step Down Electrical Transformer

Power in Step down Transformer

The power in a transformer is measured using the product of voltage and current. The power in a transformer is rated in Volt a Amps VA (or Kilo Volt a Amps kVA for larger transformers).

Ideally, the power in any transformer is constant i.e. the power available at the secondary of the transformer is same as the power at the primary of the transformer.

This is even applicable to a step down transformer. But, since the voltage at the secondary of a step down transformer is lesser than that at the primary, the current at the secondary will be increased in order to balance the total power in the transformer.

Current and Voltage Relation in Step Down Transformer

We will now see how this works. Let VP be the voltage at the primary, IP be the current at the primary and PP be the power at the primary side of the transformer.

We know that the power can be calculated by simply multiplying the voltage and current. Hence, the power at the primary side of the transformer is given by

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