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Where is the starter motor located and what does it look like?
Most starter motors are located in the bell housing. They mesh with the ring gear fitted to the engines flywheel. Starter motors are cylindrical in shape and are about 9" in length
Your church organ bellows is powered by a repulsion start-induction motor It is arching quite a bit and does not start the first or sometimes the second time Could it be brushes or a dirty comutator?
"Induction" motors imply AC power Most AC motors do not have brushes or commutator If your motor does have brushes, a lot of sparking where the brushes meet the comutator is a good indication that it needs to be cleaned and/or "cutdown". If your motor does not have brushes, then you have more serious trouble. Need more details
Where are brushes and slit ring commutators used?
The most common use of brushes and commutators these days are in universal motors. This type of motor is used in hand tools like drills, saws, and home motor driven appliances
Soft starter tripping?
Most of the motors are usually controlled by the soft starters which usually trip frequently. One of the steps in find why the soft starter has tripped is looking at the motor circuit protector rating.
What are most chimney brushes made of?
There are different varieties of chimney brushes available for different chimney types. The two basic types of chimney brushes are wire brushes and polypropylene brushes.
What has motors?
most automatic vehicles and many other things
What are homopolar motors used for?
Not much, yet. Homopolar motors work on a principle called the Lorentz force law, the same principle that makes a rail gun work. They are the most basic and conceptually simple rotary electric motors possible. You may also see them referred to as Faraday Disks, or unipolar motors. Because they are so simple, they have the potential to be very efficient, but unlike AC (alternating current) induction motors, AC synchronous motors, or DC (direct current) brushless motors (the latter two are essentially the same), they require brushes, and therefore more maintenance. They also tend to work at low voltage and high current, which makes the brushes more lossy. My best guess is the problems with the brushes are why homopolar motors appear to have never found any commercial or military applications. However, a quick search on google will show that the Navy is interested in using them on ships and subs. Because they are the only truly DC motor, they should prove to be quieter than any other electric drive option they are considering. AC motors come with a lot of noise, just ask your washing machine.
Do hair brushes result loss of hair?
Hair brushes don't make anybody go bald and hair brushes are much better than combs as the brushes have open bristles.The brushes have broad surface which cover most of the hair.
What are synthetic brushes?
synthetic brushes are make-up brushes that are made from man made fibres for bristles so they are also cruelty free, unlike most make brushes which made from animal hair and made by plucking the animals hair out and putting them into brushes.
What are two reasons for motor failure?
Assuming you mean electric motors, the causes for failure include seized bearings and worn brushes. If the bearings or bushings are seized, the motor may fail. Most electric fans have thermal fuses, so if the motor seizes and overheats, the fuse blows. If the brushes are worn, then the motor is no receiving electricity and thus cannot turn.
What companies make clothes brushes?
Kent brushes is probably the most well know and best brush making company, but there are many other companies that make them as well such as Yong Tai Shing and Twitchell.
Which motor is used for domestic purpose?
In the home induction motors are used the most, because they are reliable and last a long time. They are the favoured type for refrigerators and washing machines. The exception is portable appliances like vacuum cleaners and hand tools, which use commutator motors, basically the same as DC motors. These are preferred for their better power to weight ratio, even though they are noisy and require more maintenance such as replacement brushes and regular commutator cleaning. Some types of electric clock use small synchronous motors that have permanent magnets built into the rotor. These motors produce only a couple of watts of mechanical power at the most.
