AC Induction Motor 230V CCW 2600RPM 135W Used For Roast Chicken Machine

Product Specification

AC Electric Motors 230V CCW 2600RPM 135W Used For Roast Chicken Machine

Performance Specification

Drawings

Motor Details

Warranty: 3years

Place of Origin: Guangdong, China

Brand Name: Go-Gold

Model Number: KG-12520M23

Usage: Electric Window Electric Curtain

Type: AC Motor

Commutation: AC Induction Motor

Protect Feature: Totally Enclosed

Speed(RPM): 2600RPM

Product Name: Roast Chicken Machine Motor

Certification: CCC CE RoHS

Rated Voltage: AC230V/custom Made

Keywords: Roast Chicken Machine

Noise: Low

Material: Cooper Wire

Motor Picture

Motor Application

AC Motor

An AC motor is a device that converts the electrical energy of alternating current into mechanical energy. An AC motor mainly consists of an electromagnetic winding or a distributed stator winding used to generate a magnetic field, and a rotating armature or rotor. Electric motors are made by utilizing the phenomenon of energized coils rotating under force in a magnetic field. AC motors are divided into two types: synchronous AC motors and induction motors.

The stator winding of a three-phase AC motor is basically three coils separated by 120 degrees from each other, connected in a triangle or star shape. When three-phase current is applied, a magnetic field is generated in each coil, and these three magnetic fields combine to form a rotating magnetic field.

AC motors consist of stator and rotor, and are divided into two types: synchronous AC motors and induction motors. Both types of motors generate a rotating magnetic field by introducing alternating current into the stator winding, but the rotor winding of synchronous AC motors usually requires direct current (excitation current) to be supplied by the excitation machine; Induction motors, on the other hand, do not require current to be applied to the rotor winding.

The stator winding of a three-phase AC motor is basically three coils separated by 120 degrees from each other, connected in a triangle or star shape. When three-phase current is applied, a magnetic field is generated in each coil, and these three magnetic fields combine to form a rotating magnetic field. The current completes a full vibration, and the rotating magnetic field rotates exactly once. Therefore, the number of revolutions per minute of the rotating magnetic field is N=60f. In the formula, f is the power frequency.

AC motors can be divided into two types based on the speed of rotor rotation: synchronous motors and asynchronous motors (also known as asynchronous motors). Regardless of the size of the load, the rotor speed of a synchronous motor is always the same as the speed of the rotating magnetic field, so this speed is called synchronous speed. As mentioned above, it is only determined by the frequency of the power supply. The speed of an asynchronous motor is not constant, it depends on the size of the load and the power supply voltage. There are two types of three-phase asynchronous motors: non commutator motors and commutator motors. The vast majority of asynchronous motors in practical applications are induction motors without rectifiers (but parallel and series three-phase asynchronous commutator motors have advantages such as adjustable speed over a large range and high power factor), and their speed is always lower than the synchronous speed.