LP Industries sends 20 tons of Magnet Winding Copper Wire to Indonesia with competitive price and good quality; heat resistance class 180C, awg 12 - awg 33.

How to use winding copper wire?
Wire Gauge: choose the right wire gauge according to the current carrying capacity of the motor and space constraints. Gauge refers to the diameter of the wire and it is important to select a size that can handle the expected current without overheating.

Insulation: Enameled copper wire is typically used in motor windings to provide electrical insulation. The wire is coated with a thin layer of enameled insulation to prevent short circuits and ensure proper electrical isolation between windings.


Coil Configuration: The desired coil configuration is determined by the motor design and application requirements. Coil configurations can vary depending on the type of motor (e.g., single-phase, three-phase) and desired electrical characteristics.

Winding Techniques: There are different winding techniques for motor winding, such as concentric winding, lap winding and wave winding. The specific technique depends on factors such as motor design, desired performance and ease of winding.

Tension and Alignment: Maintaining proper tension and alignment when winding copper wire ensures consistent spacing and avoids overlaps or gaps between windings. Proper tension helps to achieve a tight and efficient winding.

Layering: In multi-layer windings, specific patterns must be followed to ensure proper insulation and minimize electromagnetic interference between layers. Layering patterns may vary depending on motor design and winding technology.

Termination: Consider the method of terminating copper wires. This involves connecting the wires to terminals or other components of the motor. Common termination methods include soldering, crimping, or using connectors.