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: ac motor runs then stops loud hum?: humming usually indicates a locked rotor ,If this is so figure on a new motor.

Q: I have a 13 year old Bryant Heat Pump with the compressor outside on the ground and the air handler in the garage. Its been a reliable unit so far and was wondering if I should replace the compressor fan motor since it gets well over 100 degrees here in the summer months. The old one is working fine buts its 13 years old and I was wondering if some preventative maintenance would be a good idea here.: If you wanted to do something, I would order the OEM motor and have it handy should you need it. OEM motors always last longer and if it goes bad a tech will in most cases use a generic motor. But still no reason to do this, if you have a fan motor and the compressor goes then you are stuck with the fan motor, So I would just stick to make sure it is serviced once or twice a year if you want to spend some money.

Q: How do ac motors work? Do they convert ac to dc then through coils?: There are many different types - squirrel cage, 3-phase, universal etc. Try wikipedia

Q: Is the 380V single-phase AC motor the same as that of the 220V AC motor?: First of all, we should understand the meaning of alternating current, that is, the line of fire. There are four lines in the alternating current power supply 380V line, one of which is the zero line. Suppose that A, B, C [phase line], D [zero line], referred to as "three-phase four wire", in the three-phase any one phase line and D line [zero line] combination is referred to as "single-phase second-line"". Three-phase four wire power also referred to as "380V", also referred to as the single-phase two-wire 220V electricity; if it is 380V should be called the motor three-phase AC motor, if 220V motor can be called single-phase AC motor, the motor wiring is of course quite different. If the three-phase AC motor is not in phase (or bad), it can not work. If the single-phase AC motor is wrongly connected to the 380V, the second phase is very dangerous, and the motor will be burned immediately.

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: DC three phaseField voltage 150/300Full load amps field 8.64-7.7/4.32-3.85: The DC field amps don't tell you anything about the 3 phase AC (not DC) windings. That is the defining thing, the power for energizing the field is given- that is part of the calculation, but not the bigger part.

Q: Which type of electric motors are more powerful a.c or d.c?: The strict answer to your question is neither; however, in a DC motor the armature wire utilization is not as good as the utilization of the rotor wire in an AC motor.

Q: now in AC current its drawn like a sin wave signal so half of wave in positive phase and the other half starts to be in negative and so on ... so it means the change of current direction right ? so why that doesnt change the rotation direction in AC motors: Because AC motors are designed to know about this and operate accordingly.

Q: Types of AC motor speed control and the difference between them: Slip motor speed regulation ---- the motor output shaft is equipped with a pair of electromagnetic coupling, through the speed detection to adjust the magnetic field of the coupler, so that it has set speed. (it is no longer seen, the drawback is that the efficiency is low, the advantage is that stepless speed regulation)

Q: I'm trying to build a homemade wind generator and I'm having all kinds of trouble...I know DC motors are the easiest to work with but AC motors are the easiest to come by, at least they have been for me thus far. I have tried multiple motors some with capacitor start and a couple without. All I get out of any of them is NOTHING! LOL It's so irritating. I have a full wave diode to convert the AC to DC and I have tried all the motors both with and without the diode and that max I can get out of them is something like .02 VDC or AC it doesn't matter what I do I still get the same results. I know the meter is fine cause I have used it on little hobby motors and it read their voltage just fine. The motors do work I've plugged them in before and they run fine. Any ideas on what I'm doing wrong and thing I should try would be greatly appreciated. I'm not sure if the motor with capacitor start is a usable type for what I'm trying to do. Just came across a website a while bck that said yes Thnx: Well you already figured it out that this doesn't work. I would suggest to forget the idea with a capacitor start electric motor. If you take the motor apart then you'll see that the armature or rotor in this case does not have a winding to be used for excitation. This is the trick, in order to generate power you must create a rotating magnetic field that can be regulated first, this is not the case here. I would suggest to use an old car alternator, then charge a battery with the power coming out of this and use an inverter to get a stable (in Voltage and Frequency) AC out of it.

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