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Distribution Transformer

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Product Details:

Voltage Booster Type Dry
Cooling Type Air Cooling
Coil Material Silicon steel
Product Type Electrical Transformer
Material Mild Steel
Phase Three Phase
Usage Industrial
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Distribution Transformer Price And Quantity

Minimum Order Quantity 1 Unit

Distribution Transformer Product Specifications

Usage Industrial
Coil Structure Laminated Core
Cooling Type Air Cooling
Voltage Booster Type Dry
Material Mild Steel
Coil Material Silicon steel
Power Scope Electric
Phase Three Phase
Product Type Electrical Transformer

Distribution Transformer Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 50 Unit Per Month
Delivery Time 7 - 10 Days
Main Domestic Market All India

Product Description

A distribution transformer is a key electrical device that steps down high-voltage electricity to a lower voltage suitable for commercial, residential, or industrial use. It consists of vital components like core (usually made of silicon steel) for magnetic flux, windings (copper or aluminum) for current conduction, and insulating oil to maintain temperature and prevent electrical faults. Modern fabrication techniques employ advanced design technologies like computer-aided modeling for efficiency and precision. Types include dry and oil-immersed transformers. Widely used in power utilities, construction, manufacturing, and telecom, they offer energy efficiency, reducing transmission losses and supporting stable power supply across industries.

Advantages

REDUCTION IN BREAKDOWN OF ELECTRICAL EQUIPMENTS
POWER SAVING (REDUCTION IN POWER BILLS)
IMPROVEMENT IN POWER FACTOR (Only in case of High Voltage)
80% DEPRECIATION AS PER INCOME TAX ACT.
UNIFORM QUALITY OF END PRODUCT
BETTER EFFICIENCY IN PLANT
REDUCTION IN MDI

Input Voltage Variation	%Reduction in Breakdown Possible		Approx. Power Saving Possible
	Motor Load	Lighting Load	Motor Load	Lighting Load
380-400 volts	Nil	Nil	Nil	Nil & No Servo Stabilizer Required
380-420 volts	5%	10%	3%	5%
380-440 volts	10%	20%	5%	10%
380-460 volts	40%	40%	7%	20%
380-480 volts	60%	60%	10%	30%

Input Voltage	360-450 V	350-450 V	340-460 V	340-480 V	320-460 V	300-460 V
Efficiency (Approx.)	95.5%	99.3%	99%	98.9%	98.7%	98.5%
Output Voltage	400 V -/+ 1%, 3 Phase, 50 Hz
Cooling	Naturally Oil Cooled
Type	Indoor
Temperature Rise (Max.)	30 deg C above ambient
Mounting	On Uni-directional Wheels
Wave form distortion	Virtually Nil
Duty Cycle	100% Continuous