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Go-Gold Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor
  • Go-Gold Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor
  • Go-Gold Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor
  • Go-Gold Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor

Go-Gold Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor

Place of Origin China
Brand Name Go-Gold
Certification ISO
Model Number KG-8220M23
Product Details
Power:
34W
Speed:
1300RPM
Weight:
0.8Kg
Frequency:
50/60Hz
Voltage:
230V
Warranty:
3Years
High Light: 

230V Shaded Pole Motor

,

1300RPM Shaded Pole Motor

,

Refrigerator Compressor Shaded Pole Motor

Payment & Shipping Terms
Minimum Order Quantity
1000pcs
Price
Negotiation
Packaging Details
Paking in boxes
Delivery Time
7days for samples
Payment Terms
L/C, T/T, Paypal
Supply Ability
10000pcs-30days
Product Description

Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor Go-Gold

 

Performance specification

 

Rated Voltage AC230V Power 34W
Rated Speed 1300RPM Weight 0.8Kg

 

 

Lead Time

 

Quantity(pcs) 1-1000 1001-10000 >10000
Lead Time(days) 15 30 To be negotiation

 

 

Essential Detials

 

Warranty: 3Years


Place of Origin: Guangdong, China


Brand Name: Go-Gold


Model Number: KG-8220M23


Usage: Refrigerator Compressor

 

Type: Shaded Pole Motor


No-load Speed: 1300RPM


Product Name: Refrigerator Compressor Motor Shaded Pole Motor


Certification: ISO


Rated Voltage: 230V


Keywords: Refrigerator Compressor Motor

 

Noise: Low

 

 

Motor Picture

Go-Gold Shaded Pole Motor 230V 34W 1300RPM For Refrigerator Compressor 0

 

The Classification of the Shaded Pole Motor

 

According to the shape and structure of the stator, shaded pole motors are divided into salient pole shaded pole motors and hidden pole shaded pole motors.

 

  • Salient pole shaded pole motor: The stator core is a square, rectangular or circular magnetic field frame with protruding magnetic poles. Each magnetic pole has one or more auxiliary short-circuit copper rings, that is, shaded pole windings. The concentrated winding on the salient magnetic pole serves as the main winding.

 

  • Hidden-pole shaded-pole motor: The stator core is the same as that of ordinary single-phase motors. The stator winding uses distributed winding. The main winding is distributed in the stator slot. The shaded-pole winding does not need short-circuiting copper rings, but is wound with thicker enameled wire. Distributed windings (short-circuit themselves after being connected in series) are embedded in the stator slots (about 1/3 of the total number of slots) and play the role of auxiliary groups. The main winding and the shaded pole winding are separated by a certain angle in space.

 

 

The Structure of Shaded Pole Motor 

 

  • Rotor group: mainly composed of cast aluminum rotor, shaft, thrust washer to prevent the rotor from moving forward and backward, and gasket to adjust the amount of movement.

 

  • Between stator groups: mainly composed of short-circuit ring and main stator core.

 

  • Wire package assembly: mainly composed of coils, skeletons, lead wires or thermal protectors and related insulation wrapping materials.

 

  • Bracket assembly: According to the different installation positions of the shaft extension end and non-shaft extension end, it is divided into front bracket assembly and rear bracket assembly.

 

 

The Working principle of Shaded Pole Motor


When power is supplied to the stator, magnetic flux is induced in the main part of the poles. This flux induces a voltage in the shielding coil. This acts as a secondary winding. According to Lenz's law, the direction of current should be opposite to the magnetic flux entering the coil. This acts as the secondary winding of the transformer.

 

In the core region, when a single phase is applied, alternating flux is generated. This flux is fractionally linked to the shadow coil. Then, a voltage is induced in the coil due to the change in flux linkage. Therefore, the shaded portion is short-circuited, thereby generating a circulating current therein. In this way, the direction is opposite to the main flux.

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86-0755-27595912
No. 2 Funing, Zhengcheng 1st Road, Xintian Community, Fuhai Street, Baoan District, Shenzhen City, China
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