• 1.5KW three-phase AC motor for induction System 1
1.5KW three-phase AC motor for induction

1.5KW three-phase AC motor for induction

Ref Price:
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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
100 set
Supply Capability:
10000 set/month

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 Packaging & Delivery

Packaging Details:   Carton/ Wooden box or according to customer's requirement

Delivery Detail:        Within 30 days after30% deposit

 

  1. Prompt Quotation, Competitive Price

  2. 100%tested, Guaranteed Quality, 100% copper wire,  Cold-rolled silicon steel sheet 

  3. Good performance. 

  4. Energy saving ,Long working life .

  5. motor with ISO9002-2008, CCC, CE


    SPECIFICATIONS:

Brand Name    OEM

Model Number         YE2

Type Induction Motor

Frequency         50Hz

Output Power  0.75--355kW

Phase       Three-phase

Certification     CE, GOST, ISO9002

AC Voltage       230 to 720V

Efficiency IE2, IE1

Frame       Cast Iron

Poles         2, 4, 6, 8, 10

Ambient temperature     -15° to +40°c

Altitude    1000 Meters

Duty          Continuous(S1)

Insulation Class        Class F

Protection Class       IP55

Cooling Method       IC 411

Temperature   3*PTC or 3*Bimetal in Winding

Vibration A

Price         USD or EUR,RMB

Minimum Order Quantity         10 Pieces

Packaging Details    Carton/ Wooden box or according to customer's requirement

Delivery Time  Within 30 days after30% deposit

Payment Terms        L/C,T/T,West Union

Supply Ability   10,000 Piece/Pieces per Month

 

 Technique:

       1. Double painting of winding.

       2. The screws on the front shield and the fan cover in stainless steel.

       3. Thermal protection of winding as standard.

       4. Control and power glands in the base price.

       5. Reduced vibration by max. 1.5 mm/s.

       6. Each engine goes through routine tests and the test result is delivered together with an invoice. Everyone can consider motor parameters.

       7. Engines above axial height 132 is provided with bearing shields made of cast iron. The engine obtains robust construction in compliance with weight limits.

 

Q: There are several methods for alternating current motor
The reverse (electrical) brake only has one, which is a sequence of the reverse of the motor. Specific practices; Use magnetic switch, ac contactor, digital time relay to complete. When stop, press the stop button, when the primary loop stops using auxiliary normally closed contacts through time relay, the contactor, motor reversal at this time, according to the size of the motor, its transfer from is lost power and reverse power reverse torque 迏 to immediately stop this time, set the time relay, usually 1-3 s.
Q: Ac motor speed control method
The most common method is to add a matching frequency converter You can also use a gearbox
Q: How does a three-phase ac motor form a circuit?
He has two ways of looking at your connection, you have a star and a triangle. The three-phase algorithm also involves the phase Angle of the current. The star connection means that the third phase of the heating tube is connected at the end and the third phase is the power end. The triangle connection means that the three heating pipes are connected to each other, and the three end points are the power end. Star connection: the line voltage is equal to the square root of the phase voltage, and the line current equals the current. Delta connection: line voltage is equal to phase voltage, and line current is equal to the square root of three times the current.
Q: Is there a sensor in the electric forklift motor? If there is a failure, can the car still walk?
That depends on the communication or dc, there are many reasons for walking slowness, you say your model tonnage date
Q: Ac servo motor can be divided into synchronous ac servo motor and induction ac servo motor
On the control strategy, based on the motor voltage and frequency control method and the mathematic model of steady state open loop flux trajectory control method can achieve good servo characteristic, the current widely used is based on the mathematical model of permanent magnet motor dynamic decoupling vector control method, which is the core of modern servo system control method. Although people in order to further improve the control characteristics and stability, and puts forward the feedback linearization control and sliding mode variable structure control, adaptive control theory, and does not rely on mathematical model of fuzzy control and neural network control method, but mostly on the basis of vector control additional application of these control methods. High-performance servo Control and must rely on high precision of rotor position feedback, people always wanted to cancel the link, the development without position sensor technology (Sensorless Control). Up to now, in the commercialization of the products, the sensorless technology can only achieve about 1:100 of speed ratio, can be used in some low for position and speed servo control situations of accuracy is not high, such as pure pursuit of quick start stop sewing machine servo control and braking, high performance processing for this technology is still a long way to go.
Q: Why is the ac motor chain divided by time is voltage
And the inductive basis is going to be the same as the magnetic chain, So the voltage basis is going to be the same thing as the magnetic chain on the angular frequency basis, And the angular frequency basis is the reciprocal of the time basis, Therefore, the voltage base value is equal to the magnetic chain value over the time base.
Q: Increase the load on the motor, but not overload. Is the opportunity slow down?
If you increase the load, you are not overloaded, indicating that the output power of the motor is below the rated output of Pn, and the natural output torque is less than the rated torque
Q: What is the difference between a brushless ac motor and a brushless dc motor?
Single-phase ac motors and dc motors: the difference between rotor and stator single-phase dc motor is a permanent magnet (or equivalent of a permanent magnet, namely: fixed polarity does not change), and the single phase ac motor rotor is a magnet, also do not need electricity normally (cage). If a single phase ac is connected to a brushless dc machine, no power transfer is required. Other: no brush, brush the difference: the brushless motor is a special kind of dc motor, it USES built-in sensors electronic commutation on the method of the electronic commutator, brushless motor is mainly in order to eliminate the wear and tear of the brush, and brush contact generated noise. A brushless motor, coil and the commutator rotating, magnetic steel and carbon brush don't turn, is the direction of the coil current changes with the motor rotation phase switcher and brush. A brush motor has a carbon brush, a brushless motor without a carbon brush
Q: What are the similarities and differences between the dc brushless and the ac brushless motor?
The brushless DC (BLDC) and the brushless AC (the name for which the name doesn't seem to be used in Chinese) belong to the permanent magnet synchronous motor. The two types of motors do not depend on the armature current and the waveform of the anti-electric potential. If the inverse voltage and the armature current are the rectangular wave, that's the BLDC, if it's a sine wave, that's the BLAC. Of course the inverse electric potential is a rectangle and the current of the sine wave, becomes the BLAC operating mode, so the waveform of the current is seen in the end.
Q: Is the inductance of the stator winding of single phase ac motor constant? Does the inductance of the stator winding change when the motor turns?
This is a conceptual error! Inductance is the fixed index of inductance element! Like resistors of resistance! Capacitance value! The inductance is not inductive! Not electromagnetic induction strength! It doesn't change when it's fixed! The inductance is the design data! Inductive and inductive strength is the actual application data!

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