Disclosed are enamel vanish composition for enamel wire and an enamel wire using the same.

Disclosed are enamel vanish composition for enamel wire and an enamel wire using the same.

The insulating layer is winded by the single strand enameled wire or the multistrand twisted enameled wires in turn according to the needed winding turns afterwards.

The contacting means (19) comprise an enameled wire (21).

Each enameled wire protection plate is used as a motor assembling spigot.

The number of turns of an enameled wire wound on the first stator (2) mounted on the rotor (3) of the motor is greater than the number of turns of an enameled wire wound on the second stator (5).

The inner edge of the each enameled wire protection plate forms an inner hole (54) of the stator.

A linear heater is composed of an enameled wire consisting of a heating wire and an enamel layer.

All the winding of the low frequency transformer is made of copper enameled wire.

An enameled wire protection plate (53) is separately disposed at the inner side of each injection molded frame.

To this end, a round-wire mush winding (1) is used in enameled wires or bare wires.

The network winding of such a transformer is made of enameled wire with a cross section of 1 mm.

In order to improve the thermal coupling of the coil to its environment, the coil (4) consists of a wire, in particular an enamelled wire provided with a coating which produces a cohesion of the wire (4).

Disclosed further are a method for manufacturing the magnetoresistant enameled wire, a magnetoresistant coil using the magnetoresistant wire, and a method for manufacturing the magnetoresistant coil.

The invention relates to a method for administering and representing process values (4, 6) of a device (1, 1') for enameling wire (2) or for winding enameled wire (2) onto a coil (3).