40-120w Central AC Unit Fan Motor 220-230V Double Shaft For Water Evaporator Air Cooler

Double shaft 220-230V 40-120W Central AC Unit Fan Motor for Water Evaporator Air Cooler

Introduction

This a double shaft AC single shaft 50-500W ac single phase capacitor run ventilation fan motor use in central AC unit.The motor shaft power and speed can be designed base on customer demand.We can also sell motors with fans as solution. We have almost all type of motors which used in central air conditioners, feel free to send us a inquiry.

Quick Details

Type: Central AC Unit Fan Motor

Output Power:40-120W

Frequency:50/60hz

Phase:Single-phase

Certification:CCC, CE, ROHS, UL, ISO9000.UL.CSA

Protect Feature:Totally Enclosed

Voltage:115/120 V/208-230V

Insulation:Class B

Specification

Application

Air conditioning system

♦ Water Evaporator Air Cooler

♦ Air Purifier

♦ Central AC Unit Fan Motor

♦ Exhaust Fan

♦ HVAC System Ventilators

♦ Heat Recovery Ventilators

♦ Bath Heater

♦ Blowers

♦ Dehumidifier

♦ Cooling Fan

More information of Central AC Unit Fan Motor

The central ac fan motor for air conditioning is generally a single-phase asynchronous motor, and its connection method is usually PSC.

According to the needs of use, the central ac unit fan motor can be adjusted at speed, including stator winding tapped speed regulation, thyristor speed regulation, etc.

Triac speed control central AC unit fan motor: also known as thyristor, there are two kinds of thyristors, unidirectional thyristors and tridirectional thyristors. The characteristic of unidirectional thyristors is that when the thyristor is subjected to a positive voltage, the DC voltage is added to the gate, and when there is a certain gate current, the component is turned on. Its characteristics are that in the speed regulation of the air conditioning fan motor, the high and low levels output by the single-chip microcomputer are used as the trigger signal of the solid-state relay, and the zero crossing point of the power frequency sinusoidal current is detected by the auxiliary circuit, and the timing is controlled by the program, and then the load current is turned on at a certain moment. When the supply current crosses zero, the thyristor automatically cuts off, allowing the load to obtain the required effective voltage. If this voltage is supplied to the motor, the voltage of the motor windings can be changed, so that the corresponding speed can be obtained.