What Are Stator Laminations For

Traditional use stator and rotor laminations for motors and generators with the option to supply stator and rotor only and armature laminations.

What are stator laminations for. Best in class stator packages and more lamination stacks are packages of individual sheets separated by electrically insulating layers to suppress eddy current losses under dynamic magnetic loading. We have the capacity to manufacture about 2000 m t. Heat often follows eddy current production. Electric motor lamination stacks.

T segment laminations are increasingly being used to maximise raw material utilisation and winding density. Over 30 million press strokes per day allows output of over 300 tons finished magnetic circuits laminations each day. Laminations sotek specializes in electrical steel laminations stacked stator core rotor core assembly manufacturing for motors and generators. Stator laminations reduce eddy current by insulating the core.

With the eddy current reduced the stator core can maintain constant power keeping your motor running. In house manufactured cobalt iron or nickel iron strips in combination with adjusted production technologies are offering optimum stack solutions. High speed presses ranging from 100 tons to 800 tons. Laminations sheets are used instead of a solid pice to reduce eddy current losses.

Of stampings per month. Stator and rotor laminations. We produce rotor and stator laminations and assembled stator and rotor stacks. Thin silicon steel plates are stacked on top of one another around the center preventing eddy current flow.

Laminations are the steel portions of the stator and rotor consisting of thin lamination sheets stacked together. Rotor and stator lamination assemblies magnetic circuits for motor and generator. Pearl is one of the leading manufacturers suppliers exporters of electrical stampings for motors and fans like traction motor rotor lamination stator rotor lamination electric motor parts stator rotor stack progressive stamping. What is a lamination.

They are produced in a rapid stamping process by forming electrical steel with a thickness of between 0 25 and 1 mm. Few decisions in the design of an electric motor are as fundamental or have as far reaching consequences as the selection of the material to be used in the rotor or stator motor laminations which become lamination stacks. Electrical steel laminations are constituent parts of every electric motor. Cools the stator core.