Refrigerator Shaded Pole Motor / Refrigerator Motor / Shaded Pole Fan Motor

Refrigerator Shaded Pole Motor / Refrigerator Motor / Shaded Pole Fan Motor System 1

Refrigerator Shaded Pole Motor / Refrigerator Motor / Shaded Pole Fan Motor System 2

Refrigerator Shaded Pole Motor / Refrigerator Motor / Shaded Pole Fan 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: What are the differences between: DC Drives Vs DC Machines (or DC Motors) AC Drives Vs. AC Machines (Motors) ?Why we add a word called drive ?thanks in advance: Ac or dc motors are strictly devices that convert electrical into mechanical (normally rotational) energy. Ac or dc machines may be either motors or generators. Drives, of either type, are systems which, as well as motors, may also include control elements such as feedback devices, thyristors or frequency converters to provide the motors with appropriate voltage and/or frequency for the given task.

Q: It used to blow only on Medium setting. now none of the settings work. the fan will not blow. i put direct power to motor and it worked.What part do i need to fix this? if can go to autozone and copy and paste the page of the part i need.That You Very Much!: check the fuse and relay if they are good check linkage to console switch

Q: Hello, I cant seem to find a 33 1/3 rpm motor anywhere for a record player i am going to build. Would a 33 rpm microwave motor work. Are there any websites that sell record player motors that are under 100 dollars? I do not care if it isnt a good quality motor.: the simplest means of motorizing a turntable platter is to use mechanical speed reduction. old cheap turntables used puck drive. that is, the 1800 rpm AC motor had a small drive shaft and an idler puck transferred that motion to the inside rim of the table. the motor shaft was stepped in diameter so that speed change from 78-45-33 was done by sliding the puck. the inertia of the table smoothed out the rotation speed at 78 rpm, but at 33 rpm rumble was a problem. the speed reduction was the ratio of the motor shaft to the inside table rim diameters, or 54:1 for 33.3 rpm. A 9 inch platter would need a 1/6 th inch diameter motor shaft for 33 and 3/8th inch for 78. the next improvement was to use belt drive. the motor still turned at 1800 rpm but the small motor shaft pulled a belt that went around the outside perimeter of the turntable. this worked very good for 33 rpm as the belt filtered out flutter and reduced mechanical rumble. a stepped shaft on the motor was used for speed change to 45 rpm but this did not work so well for 78 rpm where slippage becomes an issue. current technology is to use DC motors and servo speed control. the motor can be direct or belt connected and the speeds are greatly reduced. 33 for direct and 200 for belt drive. the motor has to be multi-pole construction so that speed is absolutely uniform. a sensor detects notches on the rim of the platter for the feedback loop. an advantage of this method is the speed can be deliberately increased or reduced electronically slightly to adjust the playback pitch of the music. and finally such a system is fully isolated from variation in the power line both voltage and frequency.

Q: My AC induction motor has to run in indexing table application which works 24X7. Each cycle has 1.2sec (0.2sec idle). Hence per hour the motor has 3000 cycles. Iam having forced cooling fans on motor to dissipate the heat generated due to high start/stop. My motor brake (AC) releases within 0.04sec engaging within 0.007sec. hence the total braking action is about only 0.47sec. Pls tel me the 0.2 sec is enough for idle condition of motor.: Well as you know, S3 is intermittent duty, but I think S3 maybe something like 20 min run per hour. See the site below which states equal on/off periods I think. Better off replacing with S1 motor I would think, unless above 20 kW. or so.

Q: What about the capacitance of the AC motor?: A little bit, that's OK. If it's big enough, it's easy to burn the motor. You can try it yourself and switch on the new capacitor for a while. (nothing is less for a moment) and see if it is not immediately fever, if it is, then you still use the capacitor motor much of it, but I think you'll change a big try the same as before

Q: what is the formula for torque in ac motor?: A variable-frequency drive (also termed adjustable-frequency drive, variable-speed drive, AC drive, micro drive or inverter drive) is a type of adjustable speed drive used in electro-mechanical drive systems to control AC motor speed and torque by varying motor input frequency and voltage

Q: What would happen if you tried to run a DC (direct current) motor on AC (alternating current) power?: I think the motor will turn back and forth if the frequency of the AC power is low enough, and it will just vibrate if the frequency is too high.

Q: why ac superconducting motors are common and not dc?: Its so simple AC is cheap.

Q: ( Just the basics? )Why does the armature spin continuously in both?I really do not understand , why does the current alternate in an AC generator anyways?how do the slip rings work?: The rotor does indeed spin continuously in both. This is necessary because the interactions between rotor and stator are because of the difference between their magnetic field orientations. Slip rings let stationary contacts on the motor frame to transfer power to/from the rotor even while the rotor spins. hth.

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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