AC Induction Motor KG-18075M22 2500W Used For Commercial Kitchen Equipment

Description:

Three-phase asynchronous motor is an industrial electric machinery, its power range from a few watts to tens of thousands of kilowatts, has a wide range of applications. Three-phase asynchronous motor is powered by three-phase circuit, because it does not need to start the circuit, and reliable, low price, mainly used in mining, fluid transmission and other areas that need to provide power, such as machine tools, small and medium-sized steel rolling equipment, fans, water pumps, light industrial machinery, metallurgy and mining machinery. In chemical industry, logistics, engineering manufacturing and other fields are widely used.

Outer dimensions

Classification
Based on starting method, single phase induction motors are classified into
1. Split Phase Induction Motor
2. Capacitor Start Motor
3. Capacitor Start Capacitor Run Motor
4.Shaded Pole Induction Motor

Overview

INDUCTION MOTOR

-An induction motor (also known as an asynchronous motor) is a commonly used AC electric motor.

-In an induction motor, the electric current in the rotor needed to produce torque is obtained via electromagnetic induction from the rotating magnetic field of the stator winding.

-The rotor of an induction motor can be a squirrel cage rotor or wound type rotor.

- Induction motors are referred to as ‘asynchronous motors’ because they operate at a speed less than their synchronous speed.

Induction motor refers to a type of motor that uses electromagnetic induction between the stator and rotor to induce current within the rotor to achieve electromechanical energy conversion.

The stator of an induction motor consists of three parts: the stator core, stator winding, and frame.

The rotor is composed of a rotor core, rotor winding, and shaft. The rotor core is also a part of the main magnetic circuit, usually composed of 0.5mm thick silicon steel sheets stacked together, and the core is fixed on the shaft or rotor bracket. The outer surface of the entire rotor is cylindrical. The rotor winding is divided into two types: cage type and winding type.

Under normal circumstances, the rotor speed of an induction motor is always slightly lower or slightly higher than the speed of the rotating magnetic field (synchronous speed), so an induction motor is also known as an "asynchronous motor".

When the load of an induction motor changes, the speed and slip of the rotor will change accordingly, causing corresponding changes in the electromotive force, current, and electromagnetic torque in the rotor conductor to meet the needs of the load. According to the sum of the positive and negative slip rates, induction motors have three operating states: electric motor, generator, and electromagnetic braking.