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Drip-proof Industrial Yaskawa AC SERVO MOTOR 500WATT 200V 3000RPM SGMP-15AWYR12

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Drip-proof Industrial Yaskawa AC SERVO MOTOR 500WATT 200V 3000RPM SGMP-15AWYR12

Large Image :  Drip-proof Industrial Yaskawa AC SERVO MOTOR 500WATT 200V 3000RPM SGMP-15AWYR12

Product Details:

Brand Name: Yaskawa
Model Number: SGMP-15AWYR12

Payment & Shipping Terms:

Minimum Order Quantity: 1
Price: negotiable
Packaging Details: New in original box
Delivery Time: 2-3 work days
Payment Terms: T/T, Western Union
Supply Ability: 100
Detailed Product Description
Place Of Origin: Japan Brand: Yaskawa
Model: SGMP-15AWYR12 Type: AC SERVO MOTOR
Power: 750W Volatge: 200V
Current: 7.5A Ins: B
High Light:

ewing machine servo motor

,

ac servo motor

Drip-proof Industrial Yaskawa AC SERVO MOTOR 500WATT 200V 3000RPM SGMP-15AWYR12


 

 

 

Linear motors

A set of coils can be used to create a magnetic field that translates, rather than rotates. The pair of coils in the animation below are pulsed on, from left to right, so the region of magnetic field moves from left to right. A permanent or electromagnet will tend to follow the field. So would a simple slab of conducting material, because the eddy currents induced in it (not shown) comprise an electromagnet. Alternatively, we could say that, from Faraday's law, an emf in the metal slab is always induced so as to oppose any change in magnetic flux, and the forces on the currents driven by this emf keep the flux in the slab nearly constant. (Eddy currents not shown in this animation.)

 

 

Quick Details

Place of Origin:

Japan, Japan

Brand Name:

Yaskawa

Model Number:

SGMP-15AWYR12

Usage:

Electric Bicycle

Certification:

UL

Type:

Servo Motor, Servo Motor

Construction:

Permanent Magnet

Commutation:

Brush

Protect Feature:

Drip-proof

Speed(RPM):

3000RMP

Continuous Current(A):

7.5A

Efficiency:

IE 1

Brand:

WTL

Model:

SGMP-15AWYR12

Power:

750W

Voltage:

200V

Current:

7.5A

Options:

With Brake

Series:

SGMP


 
 

 
 


 
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If we put a permanent magnet in this area of rotating field, or if we put in a coil whose current always runs in the same direction, then this becomes a synchronous motor. Under a wide range of conditions, the motor will turn at the speed of the magnetic field. If we have a lot of stators, instead of just the two pairs shown here, then we could consider it as a stepper motor: each pulse moves the rotor on to the next pair of actuated poles. Please remember my warning about the idealised geometry: real stepper motors have dozens of poles and quite complicated geometries!

 

 

Induction motors

Now, since we have a time varying magnetic field, we can use the induced emf in a coil – or even just the eddy currents in a conductor – to make the rotor a magnet. That's right, once you have a rotating magnetic field, you can just put in a conductor and it turns. This gives several of the advantages of induction motors: no brushes or commutator means easier manufacture, no wear, no sparks, no ozone production and none of the energy loss associated with them. Below left is a schematic of an induction motor. (For photos of real induction motors and more details, see Induction motors.)

 

The animation at right represents a squirrel cage motor. The squirrel cage has (in this simplified geometry, anyhow!) two circular conductors joined by several straight bars. Any two bars and the arcs that join them form a coil – as indicated by the blue dashes in the animation. (Only two of the many possible circuits have been shown, for simplicity.)

This schematic suggests why they might be called squirrel cage motors. The reality is different: for photos and more details, see Induction motors. The problem with the induction and squirrel cage motors shown in this animation is that capacitors of high value and high voltage rating are expensive. One solution is the 'shaded pole' motor, but its rotating field has some directions where the torque is small, and it has a tendency to run backwards under some conditions. The neatest way to avoid this is to use multiple phase motors.

Three phase AC induction motors

Single phase is used in domestic applications for low power applications but it has some drawbacks. One is that it turns off 100 times per second (you don't notice that the fluorescent lights flicker at this speed because your eyes are too slow: even 25 pictures per second on the TV is fast enough to give the illusion of continuous motion.) The second is that it makes it awkward to produce rotating magnetic fields. For this reason, some high power (several kW) domestic devices may require three phase installation. Industrial applications use three phase extensively, and the three phase induction motor is a standard workhorse for high power applications. The three wires (not counting earth) carry three possible potential differences which are out of phase with each other by 120°, as shown in the animation below. Thus three stators give a smoothly rotating field. (See this link for more about three phase supply.)

 

If one puts a permanent magnet in such a set of stators, it becomes a synchronous three phase motor. The animation shows a squirrel cage, in which for simplicity only one of the many induced current loops is shown. With no mechanical load, it is turning virtually in phase with the rotating field. The rotor need not be a squirrel cage: in fact any conductor that will carry eddy currents will rotate, tending to follow the rotating field. This arrangement can give an induction motor capable of high efficiency, high power and high torques over a range of rotation rates.

 

 

 
 

 



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E-mail: wisdomlongkeji@163.com
Cellphone: +0086-13534205279
 

 

 

Contact Details
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Contact Person: Anna

Tel: 86-13534205279

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