EI Core Three-Phase Lamination

EI Core Three-Phase Lamination

EI Core Three-Phase Lamination Introduction: Three phase EI core is made by the silicon steel strip. The model of EI lamination in standard sizes is from 3PEI-17.5 to 3PEI-120.The gap sizes of transformer lamination core can be customized.
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Description

Technical Parameters

Henan GNEE Electric Co., Ltd. is one of the leading manufacturers and suppliers of ei core three-phase lamination in China, also supports customized service with low price. Welcome to buy discount ei core three-phase lamination for sale here from our factory. If you have any enquiry about pricelist, please feel free to email us.

 

Three-phase EI Lamination is typically used to manufacture high-power motors and three-phase transformers, such as industrial equipment and transportation devices. Three-phase EI lamination is made by the silicon steel strip. the model of three-phase EI lamination is from three-phase (20) to three phase (100), and the hole size is from Φ4.5 to Φ14, the gap sizes of transformer lamination core can be customized.

 

Three-phase EI lamination is made by the silicon steel strip. The model of three-phase EI lamination is from three-phase(20) to three-phase(100), and the hole size is from Φ4.5 to Φ14. The gap sizes of transformer lamination core can be customized.


GNEE STEEL specializes in the production of transformer lamination, transformer core and lamination core, such as three-phase EI lamination.

EI Core Three Phase Lamination Scope:Engineering Transformer and High-power Transformer in AC voltage mode.

 

•Determine the required core dimensions from transformer specifications.
•Choose laminations that fit the winding and bobbin size.
•Optimize core size for low core loss and reduced heat generation.
•Consider the stacking factor to maximize winding space and improve efficiency.
•Balance size and weight to achieve desired performance while maintaining manufacturability.

EI Core Three-Phase Lamination Products show

3 Phase lamination cores are used in the manufacturing of three-phase transformers. In transformers with 3 UI lamination cores, each of the three lamination core arms bears a coil body. In contrast to the EI sheets, the 3UI sheets cannot be welded since the joints of the E and I sheets are within the coil body. The E and I sheets therefore have to be nested reciprocally during transformer manufacturing. As a result, either one or multiple identical sheets are slid in from one side of the coil body. Nesting machines are available for the nesting of 3UI sheets, which can significantly reduce manufacturing times.

3 PHASE LAMINATION CORES

3UI LAMINATION CORES

Three Phase EI Core

3PEI-17.5 to 3PEI-120  transformer lamination core Sizes

Type a b c d e Holes Aperture(Φ)
3PEI-17.5 87.5 17.5 17.5 17.5 52.5 4 6
3PEI-20 100 20 20 20 50 6 6
3PEI-20* 100 20 20 20 60 4,6 6
3PEI-22 110 22 22 22 66 4 8
3PEI-22.2 122 22 28 22.2 61 4 6
3PEI-25 125 25 25 25 75 4 8
3PEI-27 135 27 27 27 81 4 8
3PEI-28 140 28 28 28 84 4 8
3PEI-29 145 29 29 29 72.5 4 8
3PEI-30 150 30 30 30 90 6 7
3PEI-30.5 152 30.5 30.5 30.5 76.25 6 6
3PEI-32 160 32 32 32 80 4 8
3PEI-32* 160 32 32 32 96 4 8
3PEI-35 175 35 35 35 105 4 8
3PEI-36 180 36 36 36 90 6 8
3PEI-38 190 38 38 38 95 4,6 8,10.5
3PEI-38* 190 38 38 38 114 6 8
3PEI-40 200 40 40 40 100 4 10.5
3PEI-40* 200 40 40 40 120 4,6 10
3PEI-44 220 44 44 44 132 6 8,10.5,12.5
3PEI-45 225 45 45 45 135 4 10
3PEI-50 250 50 50 50 150 4,6 8,10.5
3PEI-56 280 56 56 56 168 4 12
3PEI-60 300 60 60 60 180 6 12
3PEI-61* 288 61.3 52 61.3 144 4,6 12
3PEI-61 305 61 61 61 152.5 4,6 14
3PEI-70 350 70 70 70 210 6 13
3PEI-80 400 80 80 80 240 6 14
3PEI-90 450 90 90 90 270 6 14
3PEI-100 500 100 100 100 300 6 16
3PEI-120 600 120 120 120 320 6 16

Three Phase Ei Transformer Lamination Three Phase Ei Lamination Core Packing

3 PHASE LAMINATION CORES

3 Phase lamination cores

3PH lamination Features

1

Low core loss:

Low core loss reduces heat generation, resulting in improved efficiency andlonger lifespan.

product-800-533

2

Stacking factor:

High stacking factor provides more space for winding and increases the overall efficiency of the motor or generator.

product-800-533

3

Magnetic flux density:
High magnetic flux densityensures efficient energy transfer in AC motors and generators.

product-800-533

4

Insulation coating:

Insulation coatings protect against short circuits, reducing the risk of damageand increasing safety.

product-800-533

5

High permeability:

High permeability enables stronger magnetic fields and better performance in AC motors and generators.

product-800-533

 

 

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