10W Single Phase AC Induction Motor 50W YDK 80mm Micro Stirring For Mixing Blender Machine

Single phase 10W 50W YDK80mm Micro stirring ac induction motor for Mixing blender machine

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:8-50W

Type:AC Induction Motor

Frequency:50/60hz

Phase:Single-phase

Certification:CCC, CE, ROHS, UL

Protect Feature:Totally Enclosed

Voltage:115/120 V/208-230V

Insulation:Class B

Specification

AC induction motor features

• Multi base/ mounting solution available

• Custom OEM designs available upon request

• 10W to 40W rated range

• 4P/2P 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

The basic principle of induction motor operation is based on the electromagnetic induction between the stator and rotor of the electric vehicle motor, and the induction motor is placed in the rotating magnetic field, and the rotor rotates due to the action of eddy current. When the induction motor is running, the stator winding is connected to the AC power supply, and the rotor winding itself is short-circuited, and due to electromagnetic induction, electromotive force and current are generated in the rotor winding, thereby generating electromagnetic torque. Induction motor is the most widely used asynchronous motor. Asynchronous motor is a kind of AC motor that generally refers to the ratio of the speed of the load to the frequency of the connected power grid that is not a constant relationship. In some cases, induction motors can also be called asynchronous motors. The disadvantage of asynchronous motors is poor power factor. This is because when the asynchronous motor is running, it must absorb the reactive power from the grid, and its power factor is always less than 1.