0.02mm Enamelled Round Copper Wire for Coil High Purity IEC Polyurethane 155

• Insulation Level: C, R, N, H, F, B, E, A, Y
• Certification: ISO9001, RoHS, VDE
• Application: Transformer, Instrument, Electrical Equipment, Motor
• Shape: Round Wire
• Conductor Material: Copper Wire
• Insulation: Qz Qzy QA QQ
• Model NO.: UEW
• Temputer: 130 155 180
• Insualtion Type: Enameled
• Conductor Structure: Solid
• Transport Package: Pallet
• Specification: 0.01-3.00
• Trademark: windoo
• Origin: China
• HS Code: 85441100
• Production Capacity: 2500t/Year

Product Description

The principle of magnet winding wire, we must start from these aspects, we must know the development history of the coil electromagnet, and the structure of the traction electromagnet coil. If we want to be familiar with the schematic diagram, the structure is the most fundamental. Depend on each other and complement each other. and the usefulness of electromagnetism. Therefore, it is necessary to be familiar with the coil electromagnet, and it will only start to work when you know that it is energized. You need to know what kind of coil electromagnet can be used for, and it is valuable to be familiar with the schematic diagram of the coil electromagnet. Otherwise, there is no difference between what you know and what you don't know.

1.Conductor Material
φ8.0mm Oxygen Free Copper Rod

2.Heat Resistant Temperature:
130ºC
155ºC
180ºC
200ºC
220ºC

3.Technical Standard:
IEC-60317
NEMA-MW1000
JIS-3202
JIS-3202

4.Size Range:
φ0.2-6.0mm
6-80mm²

5.Colour:
Brown
Red
Natural

6.Package:
Plastic spool: PT4/PT10/PT20/PT30/PT60/PT200
Wooden spool:DIN400/DIN500/DIN600

7.Application:
Oil immersed power transformer
Stabilizer
Reactor
Electric welder
UPS power supply
Household appliance motor
Household appliance transformer

The working air gap of the electromagnet is at the upper part of the moving railway, and the electromagnetic force is upward after electrification (proportional relief valve); the working air gap of the electromagnet is at the lower part of the moving railway, and the electromagnetic force is downward after electrification (inverse proportional overflow valve). To put it simply, the suction of the ordinary electromagnet is strong at both ends, and the electromagnet of the proportional valve has been modified. One end of the electromagnet has a strong suction, the other end is weak, and the middle of the push rod is a cylinder. Therefore, as soon as the power is turned on, it is sucked to the stronger end, so the direction of the push rod movement has nothing to do with the electricity, and the electricity will affect the magnitude of the electromagnetic force.