Paper Insulated Acetal Enameled Transposed Wire with High Conductivity for Power Transformers

• Customization: Available
• Insulation Level: H
• Certification: ISO9001, CE, CCC
• Model NO.: enameled transposition wire
• Application: Transformer, Electrical Equipment
• Normal Thickness: Customized
• Delivery: 15-30day
• Features: Superior Insulation Properties
• Transport Package: The Wooden Case
• Specification: Customized
• Origin: China
• Production Capacity: 500 Tons/Month

Product Description

Product Description

★Accurate product appearance and dimensions
★Short transposition pitch
★The wrapping is moderately tight
★Continuous jointless length of more than 3500 meters

Main product categories
√ Paper insulated acetal enameled transposition wire
√ Paperless bundled acetal enameled transposition wire
√ Polyesterimide enameled transposition wire
√ Combined transposition wire
The above products can be produced according to the standards provided by users.

Features

-Superior Insulation Properties for Stable Electrical Protection.
-High Temperature Resistance for Harsh Working Conditions.
-Oil-Resistant and Moisture-Proof for Oil-Immersed and Humid Environments.
-Customizable Specifications for Various Applications.
-Compliant with International Standards for Quality and Safety.

Technical parameters
Number of transposition roots: 5-80 (odd or even number optional)
Single conductor size of enameled wire:
Thicknessa: 0.80-3.15 mm
Width b: 3.00-13.00 mm
Commonly used wrapping insulation materials
Power cable paper, high-density insulating paper, heat-resistant insulating paper, high-elongation fiber paper, aromatic polyamide paper (Nomex), PET film
Users can specify the brand, model and specification of insulation materials.
 

Weshare Customized Solutions
Fully customized specifications (diameter, raw materials)
Personalized insulating paint materials and performance customization
Customized mechanical performance matching
Color logo customization service
Packaging customization

Product Parameters

  

Insulation Standard (mm)	Allowable Deviation (mm)	Transposition Pitch: P	Voltage - Withstanding
0.45, 0.6	±0.06	The formula for the simulated transposition pitch is: P = D×π/n or P = 8b - 14b (can be negotiated and manufactured according to customer requirements)	The adjacent enamel - coated flat wires in the transposed conductor should withstand a DC 500V voltage test for no less than 5 seconds, and there should be no breakdown between the wires.
0.75, 0.95	±0.08	The formula for the simulated transposition pitch is: P = D×π/n or P = 8b - 14b (can be negotiated and manufactured according to customer requirements)	The adjacent enamel - coated flat wires in the transposed conductor should withstand a DC 500V voltage test for no less than 5 seconds, and there should be no breakdown between the wires.
1.20, 1.35	±0.10	The formula for the simulated transposition pitch is: P = D×π/n or P = 8b - 14b (can be negotiated and manufactured according to customer requirements)	The adjacent enamel - coated flat wires in the transposed conductor should withstand a DC 500V voltage test for no less than 5 seconds, and there should be no breakdown between the wires.
1.60, 1.95	±0.10	The formula for the simulated transposition pitch is: P = D×π/n or P = 8b - 14b (can be negotiated and manufactured according to customer requirements)	The adjacent enamel - coated flat wires in the transposed conductor should withstand a DC 500V voltage test for no less than 5 seconds, and there should be no breakdown between the wires.

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Application 

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