Ei Lamination Cores

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Ei Lamination Cores Specification

Capacity
Varies as per design

Low Voltage
Supports Low Voltage Winding as per transformer spec

Standard
IS 3024, IEC 60404

Rated Voltage
Applicable for low and medium voltage transformers

Load Loss
Low (Designed for optimal efficiency)

Operating Temperature
-25C to +105C

High Voltage
Supports High Voltage Winding as per transformer spec

Dimension (L*W*H)
Customizable as per request

Cooling Type
Natural Air / Oil Immersion (as per use)

Coil Material
Copper or Aluminium (depends on coil winding)

Product Type
Ei Lamination Cores

Material
Silicon Steel

Output
Magnetic Core for Transformers

Frequency (MHz)
50-60 Hz (typical)

Efficiency
High

Phase
Single and Three Phase compatible

Usage
Transformers and Electromagnetic Applications

Coil Structure
EI Core Lamination

Coil Number
Custom as per transformer design

Power Scope
Up to 1000 kVA (varies by application)

Weight
Depends on sizetypically 100g to several kilograms

Magnetic Flux Density
1.5 T max (typical)

Tolerance
Tight tolerance for high performance

Lamination Thickness
0.23 mm, 0.27 mm, 0.30 mm, 0.35 mm (typical options)

Surface Treatment
Insulation Coating

Stacking Factor
Up to 0.96

Shape
E & I Profiles

Core Assembly
Interleaved & Non-Interleaved

About Ei Lamination Cores

As a famous manufacturer & supplier, we offer high-quality Ei Lamination Cores that provide cost effective solution to many industries / applications. They are widely usedin electromechanical, magnetic and electrical devices including transformers, electromagnets, electric motors, generators and magnetic assemblies etc. Made from the top quality materials and proven technologies, our Ei Lamination Cores meet all your efficiency needs. In addition to this, we maintain a large range at competitive prices for your specific and comprehensive requirements.

Expert-Grade Silicon Steel Construction

Ei Lamination Cores are manufactured using advanced silicon steel materials, ensuring high efficiency and minimal core loss. The lamination process delivers tight tolerances and supports stacking factors up to 0.96, giving users stability and exceptional performance, even under demanding transformer applications.

Customizable to Your Specific Needs

A wide range of lamination thicknesses and customizable dimensions allow Ei Lamination Cores to be tailored for individual transformer designs. With options for interleaved and non-interleaved cores, users can select exact configurations according to their electrical and mechanical requirements.

Reliable Performance Across Applications

Designed for use in both single and three-phase transformers, these cores perform effectively within a frequency range of 5060 Hz and operate reliably across temperatures from -25C to +105C. With support for high and low voltage windings and various cooling types, they address diverse industrial needs.

FAQs of Ei Lamination Cores:

Q: How are Ei Lamination Cores typically used in transformer applications?

A: Ei Lamination Cores serve as the fundamental magnetic core in both single and three-phase transformers, efficiently managing the magnetic flux and reducing energy losses, thereby improving transformer efficacy in power and electromagnetic applications.

Q: What surface treatment is applied to Ei Lamination Cores, and what are its benefits?

A: The cores are treated with a specialized insulation coating, which enhances electrical isolation between laminations, reduces eddy current losses, and ensures long-term durability in demanding operating environments.

Q: When should I choose interleaved versus non-interleaved core assembly?

A: Interleaved assembly is recommended for applications requiring lower core losses and improved efficiency, while non-interleaved options may be selected for standard performance or specific mechanical fitting requirements.

Q: Where can Ei Lamination Cores be sourced and are they customizable for my project?

A: These cores can be sourced directly from manufacturers, exporters, suppliers, and wholesalers in India, and can be fully customized in dimensions, coil structure, and lamination profile to fit unique transformer specifications.

Q: What is the process for ensuring tight tolerances and high stacking factors in these cores?

A: Precision manufacturing processes and stringent quality control, in compliance with IS 3024 and IEC 60404 standards, ensure tight dimensional tolerances and stacking factors up to 0.96, essential for high-efficiency transformer operation.

Q: What are the main benefits of using silicon steel for EI core lamination?

A: Silicon steel provides superior magnetic properties, lower energy losses, and high flux density (up to 1.5 T), which translates to improved transformer efficiency and reliability over varied voltage and power scopes.

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