60KTYZ AC Synchronous Gear Motor Diameter 60MM Reducer for Ice Maker

The synchronous motor runs at AC 110V. The motor has the characteristics of low power consumption, high torque, low noise, light weight and easy to use. Motor Specifications: Model: 60KTYZ; Voltage: AC 110V; Speed: 40/48RPM; Shaft Style: Center; Shaft Diameter: 7mm; Shaft Length: 25mm; CW/CCW (Controllable); Power: 18W; Frequency: ~50/60Hz Bracket Specifications: Type: U-type/Standard; Surface: Electroplating; Material: High-strength steel; Vertical plane: Thickness 6mm/0.24in, Height 69mm/2.72in; Bottom plate: Approx. 61mmx68mm/2.4in x 2.68in; Motor mounting hole: 5.5mm; Uses: Widely used in various motors such as household, handmade, school engineering, model blender beverage machine, low-speed machine, etc., with stable and reliable performance, deeply trusted by users. Package: 1 x synchronous motor, 1 x bracket Customization: Motor shaft, wire length, speed, voltage can be designed according to customer requirements. If you need other models of motors, you can contact us.

Precise control and efficient operation, this is the charm of synchronous motors. Excellent performance, stable and reliable, each device works precisely together on the high-speed production line.

From precision instruments to large equipment, from industrial automation to transportation, synchronous motors are everywhere. They play a key role in various fields and help thousands of industries flourish.

AC synchronous motors are the workhorses of industry. With synchronous motor technology, speed is proportional to the AC input frequency. Their applications are as diverse as the needs of humanity.  From the high-precision machinery of a modern factory to the humble fan in a child's bedroom, synchronized motors are integral to the seamless functioning of our world. 

Synchronous motors are not self-starting in nature. The rotor needs to be brought to synchronous speed by any means to synchronize with the power frequency.

Its speed varies only with the frequency of the input power, so synchronous motors are not affected by changes in load. An increase in load results in an increase in torque. If the torque increase exceeds the limit torque, the synchronous motor will stall. Synchronous motors can operate at both leading and lagging power factors. Therefore, they are used for power factor improvement in industrial areas.