Refrigerator Shaded Pole Motor / Refrigerator Motor

Refrigerator Shaded Pole Motor / Refrigerator Motor System 1

Refrigerator Shaded Pole Motor / Refrigerator Motor System 2

Refrigerator Shaded Pole Motor / Refrigerator Motor System 3

Refrigerator Shaded Pole Motor / Refrigerator Motor

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 20 unit

Supply Capability:: 10000 unit/month

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Packaging & Delivery

Packaging Detail:	With Foam and strong outer carton .60Pcs/CTN
Delivery Detail:	15-20days

Specifications

ac shaded pole motor
1,Ac shaded pole motor used for fan-heater,oven,humidifier
2,High quality and reasonable price

Product characteristics

Ac shaded pole motor

1.Ac shaded pole motor is safe and reliable,low noise,characteristics hard,good staring,long life,etc.

2.Ac shaded pole motor is widely used in fan heater,washbasin,pencil sharpening,mosquito epellent machine,electric toaster,firplace and other household appliance.

3. Ac shaded pole motor can be designed into four insulation class according to user requirements:that of E,B ,F,H

4.Motor rotation and size"L1,L2" can be produced according to user's requirement.

motor size

1.Stator diameter: 61.5mm
2.Shaft diameter: 4.5/5/5.5/6mm
3.Shaft length: As your request
4.Lead wire: 2*300mm, also can be made according to your demands
5.Number of pole: 2 pole
6.Rotation: CW/CCW

7.Insulation class:E/B/F/H

Q: i have a motor that need dc current but i don't have the equipment with dc i have only ac. what is the difference of ac and dc: AC voltage alternates polarity 60 (50 in Europe) times a second, meaning the AC current changes direction that often. Only AC is good for transformers, and AC motors tend to be more efficient and constant speed. You just need to know what DC voltage you need for the motor. If it's 12 volts, most people will just use a car battery for a source. You can hook batteries in series for higher voltage. You can also buy power supplies that turn AC into different DC voltages.

Q: i need the starting torque and speed (rpm) of the following motors:Shaded PoleReluctance StartSplit Phase (Standard)Split Phase (Capacitor Start)Split Phase (Permanent Split Capacitor)Split Phase (Two Value Capacitor)Universal / SeriesRepulsion (Repulsion Start)Repulsion (Repulsion-Induction)Synchronous (Reluctance)Synchronous (Subsynchronous Reluctance)Synchronous (Hysteresis)Eddy CurrentInduction (Squirrel-cage)Induction (Wound-rotor)Commutator (Schrage)Commutator (Fynn-Weichsel)3? Synchronous (Permanent Magnet)3? Synchronous (Synchronous Reluctance)3? Synchronous (Hysteresis)3? Synchronous (Synchronous Induction)Stepper (Permanent Magnet)Stepper (Variable Reluctance)Switched Reluctance MotorCapacitor MotorRepulsion: You don't give enough information to answer the question. We need to know the voltage and HP rating of each motor. Here's some general information: Most all AC motors that run on 60 Hz AC power run unloaded (not delivering any torque) at either 1800 or 3600 RPM regardless of the voltage. The horsepower rating is derived from the torque delivered at either 1725 or 3450 RPM. The lower RPM is due to the fact the motor slows down as it is being loaded to deliver the torque. Horsepower is torque x RPM.

Q: It will not blow out heat or ac. some days it works and other days it doesnt work,, Like it worked all day last week and and every now and then I have this problem.. Saturday and today the blower motor decides not to work again.. I am no machanic what do i do and where do i find these parts. thanks: Try switching your wall thermostat fan switch to the on position. That is suppose to make your fan run 24/7. If it starts then your stat is not always making the connection in the auto position, and you need a new stat. If it still won't work, remove the cover of your furnace and trying spinning the motor by hand(w/ switch back in on). If it starts then you either have a dead spot in your motor windings, or a bad motor start capactior. If the motor is old your better off just replacing both. Unfortunately you can't go and get a motor just anywhere, but you can get a stat at a hardware store. If you need a motor check on the furnace manufacure's website for a parts dealer in your area.

Q: again after it sits 3 to 4 hours. What could be causing this?: Motor Windings are Shot, Replace the Motor.

Q: Panasonic servo motor A4 series, AC synchronous motor or AC asynchronous motor?: Induction motors are also called induction motors. The electromagnetic fields on the rotor are induced by the stator magnetic field. The rotor of the synchronous motor must have its own magnetic field. The speed of the asynchronous motor varies slightly with the load, and this speed is lower than the speed of the stator magnetic field, so it is called asynchronous motor. The speed of the synchronous motor is strictly rotating according to the magnetic field speed of the stator, so it is called synchronous motor. Asynchronous motors can be activated directly. The synchronous motor needs a special starting device or starting winding, so the manufacturing process is complex and the cost is high. Asynchronous motors are generally used as motors. Synchronous motors are generally used as generators and as compensation machines.The first point is that asynchronous motors are for motors only, and are rarely used as generators. Synchronous motors are used to generate electricity. The principle of asynchronous motor is mainly in the stator through the 3 cross flow, so that it produces a rotating magnetic field, the speed is N0, that is synchronous speed. Different poles of the logarithm P, at the same frequency of f=50Hz alternating current, will produce different N0, n0=60f/p. The working principle is as follows: 3 phase symmetrical windings symmetrical 3 phase current to produce a rotating magnetic field, the magnetic field line cutting rotor windings, according to the principle of electromagnetic induction, the production of E and I in the rotor winding, rotor winding by electromagnetic force in a magnetic field, the electromagnetic torque, the rotor rotation, the rotor output mechanical energy. Driven by mechanical load rotation.

Q: Hi, can someone please explain why measured mechanical power might be considerably lower than the value calculated using Rr and Xr?(in a 3 phase induction motor)Thanks for your help!: In any motor the measured mechanical power is always lower then calculated power because of losses such as copper losses, iron losses and friction.

Q: How is the rated current of three-phase AC motor calculated?: I=S/1.73UX0.8 is: apparent power divided by the square root of 3, 1.73, and then divided by the voltage X power factor 0.8

Q: i have got a hold of a washing machine motor i have it wired but it runs at full RPM so i would like to reduce its speed how can this be done?: simply okorder /

Q: Sorry that no one could read my mind in answering this question last time. The answers were not to the point. quot;To maintain same power at lesser voltage you need more currentquot;. Well does the motor know what power it has to deliver? Isnt the power delivered determined by voltage that is applied? It is an open loop circuit right? So what is the factor that induces the motor to draw more current at lesser voltage? Please.....: it somewhat is thoroughly linear, extra modern is had to do the same paintings with much less voltage, and vice-versa. With AC the situation is extra laid low with the fee sensor circuits, which will immediately call for extra modern to maintain shaft velocity. If the present headroom isn't there the motor can lag right into a at the back of schedule phasing state and right this moment overheat and cook dinner the windings.

Q: I'm writing a persuasive essay for school and I need to know how the electric motor by Michael Faraday changed the world during the Industrial Revolution, yet still has a great impact on today's world. I know that without it transportation wouldn't be the same, but what are some other reasons it was/is so useful? (convenience, safety, etc.) Thanks!! :): You are using the term electric motor too loosely because there is the DC type and AC. Also Faraday's motor was a proof of concept, and was not a practical design to use. The modern DC motor with a commutator got its design ideas from Thomas Davenport's motor. The modern AC induction motor is the design of Tesla. The electric motors of both AC and DC changed the world by replacing the combustion engine in manufacturing applications with proven reliability and ease of speed and torque control (DC motors initially, since speed and torque control of AC motors was hard to figure out back then). Electric motors (mostly AC induction) are used in applications such as plastic injection molding machines, milling and lathe machines, compressors, forge presses, pumps, cranes, locomotives, conveyor belts, oil well pump jacks, hammer mills, ball mills, sawmills, printing presses, HVAC systems, etc. Basically, your average Joe would not know that electric motors greatly outnumber combustion engines and that electric motors are what make the majority of the products we buy. I hope you write a good essay so you can educate people that the combustion engine is the underdog, not the electric motor which has more market share. :)

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