40-200Uf Electric Motor Capacitor Class C Explosion Proof For Washing Machine Motor

40-200 Uf Explosion Proof Class C Capacitor For Dish Washer Machine Motor

Introduction

This is a type of top cover bulge capacitor for motors. It is designed for motors starting which used in air conditioner, dish washing machine and other similar application. The size, value and class can redesign base on different requirements, all capacitors get approval of CE, TUV, UL. We can sell capacitors along with our motor products. Feel free to send us motor or capacitor inquiry.

Standard

Feature

Law dissipation factor

Low temperature rise

Long service life

Excellent self healing property

Stable capacitance

Inner explosion-proof device

Application

Mainly as motor run capacitor for Air conditioner,washing machine, dishwasher, fan ect.

Technical parameter

More information of motor capacitor

AC motor to connect capacitor, capacitance is to produce phase difference, and let the motor magnetic field produce "asynchronous", the motor will rotate.

Motor capacitors are used to split phases in order to generate a phase difference of nearly 90 degrees for the current in the two windings to generate a rotating magnetic field. In three-phase electricity, the current between each two phases has its own phase difference, and there is no need to split the phase. Capacitive induction motors have two windings, namely the starting winding and the running winding. The two windings differ by 90 degrees in space. A motor capacitor with a large capacity is connected in series on the starting winding, and when the running winding and the starting winding pass through a single alternating current, the current in the starting winding is 90 degrees ahead of the current of the running winding in time due to the capacitor, and reaches the maximum value first. Two identical pulse magnetic fields are formed in time and space, so that a rotating magnetic field is generated in the air gap between the stator and the rotor, and under the action of the rotating magnetic field, an induced current is generated in the motor rotor, and the current interacts with the rotating magnetic field to generate electromagnetic field torque, so that the motor rotates.