3 Phase 50 Hz 1.1KW 720RPM Ac Induction Motor For Axial Fan Air Conditioner

Introduction

This is a type of ac induction motor. It is designed for mixer or blender machine and other similar application. The shaft and power and speed can redesign base on different requirements, so the ac induction motor can also used for air blower,ventilation fans etc. Motors are customized by different requirements and we can sell motors with fans as solution.

Quick Details

Output Power:800-1100W

Type: AC Induction Motor

Frequency:50/60hz

Phase:Single-phase/Three phase

Certification:CCC, CE, ROHS, UL

Protect Feature:Totally Enclosed

Voltage:115/120 V/208-230V/380V

Insulation:Class B/F

Specification

AC induction motor features

• Multi base/ mounting solution available

• Custom OEM designs available upon request

• 500W to 1100W rated range

• 6P/8P available

• PSC/CSCR/CSIR/SPIR run type available

• External capacitor ; Automatic reset protector device

• IP20 or IP44

• Variety speeds motor available

• Anti-rust treatment for shaft

More information of AC Induction Motor

How does a single-phase AC induction motor work?

Single-phase AC induction motors need only one single phase to operate. They are commonly used for low power rating applications, domestic as well as industrial uses. This article aims to provide you with an overview of how single-phase motors work.

Parts of single-phase AC induction motor

The main components of single-phase motor are rotor and stator windings. The rotor is a rotating component and the stator windings help to rotate the rotor. The iron laminate mounted inside the rotor is not shown for a better view of the rotor rod.

The winding is divided into two parts: a main winding and an auxiliary winding. The secondary winding is placed perpendicular to the main winding. The capacitor is connected to the auxiliary winding.

Operation of single-phase AC induction motor

To get a better idea of how this works, let's assume that there is only one coil in the primary and secondary winding. Assume that no current flows through the auxiliary winding. The alternating current flowing through the main winding will create a fluctuating magnetic field.

The work of single-phase AC induction motor is simple. Simply place an already rotating rotor in such a magnetic field. You can notice an interesting thing; The rotor will continue to spin in the same direction.