YZP lifting motor is an important part of the whole lifting machinery, and in the process of its use, not only has the characteristics of general machinery, but also has special insulation, electrical and magnetic properties. YZP crane motor parts machining process, including crane special motor main support such as base, end cover and shaft processing, stator, rotor and other components processing, as well as other structural parts processing.

in which, that manufacture process of the iron core of the YZP hoist motor comprises the manufacture of stator and rotor, armature and magnetic pole core punching sheets and the proces of laminating the punching sheets into parts; The winding manufacturing process includes coil manufacturing, winding embedding and insulation treatment Manufacturing technology of cage rotor. comprises the processes of iron core lamination of a cage rotor and cast aluminum of the rotor.

The manufacturing process of commutator collector ring and electric brush device includes the process of manufacturing parts of commutator collector ring and electric brush device and assembling them into parts; The assembly process of YZP crane motor includes balancing of rotating parts, assembly of bearings and general assembly and adjustment.

In the process of YZP crane motor manufacturing, in addition to the common forging, casting, welding, metal cutting and assembly processes in general machine manufacturing, there are also special processes for crane motor manufacturing, such as core punching and pressing, commutator manufacturing and winding manufacturing.

In the given type of work and rated parameters, long-term short-term repeated work YZP crane motor temperature rise does not exceed the allowable value; When working under normal full load, it can start reliably and has sufficient overload capacity under working load.

After the motor capacity is determined from the heating angle of YZP crane motor, the working checking calculation of starting is required for the lifting mechanism, and the working checking calculation of starting, starting slip and short-term overload capacity is required for the operating mechanism. If the checking calculation is passed, it indicates that the selection is reasonable; otherwise, it is necessary to re-select until the checking calculation is passed.