• 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

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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: Why is a single phase ac motor that can be adjusted by voltage
In simple terms, if the voltage is reduced and the rotor spins at the same speed, the stator gets a small current. Electromagnetic torque is reduced, in under the action of load torque, the same slip increase led to the decrease of the rotational speed, speed fall in reflection impedance decreases, and according to the size form again low impedance of the rotational speed of voltage and current of balance, and maintain at a low speed.
Q: Is the extruder in 110KW a good ac motor or dc motor?
I think you're asking about the screw extruder, which is used in the indirect spinning. But it's pretty much the same. The design of the front (10 years ago) most use dc motor, because the main advantage of dc motors is speed control performance is good, is out of this, almost no a comparable to dc motor of ac motor after development. The principle, structure, cost and maintenance management of ac motors are superior to dc motors, and they do not need to be replaced regularly with dc motors. After the advent of frequency conversion motors, the final advantage of dc motors, the range of speed adjustment, disappeared. Sad!!! So now dc motors are going to be very hard to develop. The new equipment now has almost no direct current. I hope I can help you.
Q: The power consumption of a three-phase ac motor is equal to the line voltage cross current. How do you explain?
Line voltage, the line current indicates the input of the motor, and of course it is related to the actual power consumption of the three-phase motor. But you should also multiply by the square root of 3, and multiply by the power factor, which is the actual power consumption. I estimate that the questioner does not understand the difference between line voltage, line current and phase voltage and phase current. Line voltage and line current is standing on the power supply, or standing on the outside to consider the problem of electrical equipment, and the phase voltage, phase current is standing on the internal electrical equipment to consider a problem. A physical quantity such as power is a global quantity, and the use of line voltage and line current is of course more convenient and direct.
Q: The three-phase ac motor can be divided into which classes
Three phase asynchronous motors with different power supply: Can be divided into dc motor and ac motor, dc motor: dc motor, permanent magnet dc linear dc motor, brushless dc motor, ac motor can be divided into asynchronous motor, ac servo motor, ac torque motor, synchronous motor, ac motor. Second, classify the starting and running mode Motor can be divided by starting and running in a different way, capacitor start type single-phase asynchronous motor, capacitor operation type single-phase asynchronous WEG, capacitor start motor operated single-phase asynchronous motor and split-phase single-phase asynchronous motor.
Q: Can two phase ac motor not be able to install governor?
Small power can, high power (with centrifugal switch) not ok.A resistance governor can be installed
Q: The difference between the permanent magnet motor and the permanent magnet synchronous motor
Motor is generally referred to as the motor and generator, because the word generator is only a few professionals involved, so people say that the motor is the motor, the electrical energy into mechanical energy. Permanent magnet motor has dc motor and permanent magnet ac synchronous motor.
Q: What are the advantages of the dc welder and ac welder? The better one?
The current of the dc welder is not "over zero", it is not easy to break arc, the arc is stable, this is its greatest advantage. The secondary voltage peak of transformer is certain, the dc arc welding machine is higher than the ac welder, it is easier to draw the arc. The dc welder is more than the ac welder, and the cost is slightly higher
Q: What is the difference between asynchronous and synchronous in the three-phase motor?
The asynchronous motor is induced by induction. The principle is that, after the stator winding plus the three-phase voltage, the rotational magnetic field is formed, and the conductors on the rotor are cut off the magnetic force line, so the electric potential is generated. And because the bars are connected, the current is generated. At this point, we think of what we learned in junior high school -- "a charged conductor can produce motion in a magnetic field." So, such an electric motor is called "induction motor". For asynchronous or induction motors, the number of the rotor's rotor is automatic induction stator. You can also say that the rotor has no polar number. (this is an example of an armature winding on a stator.) The asynchronous motor does not have a pivot/turn field. The main difference between the two main differences is that there is no work, no work can be made, and it can be absorbed. Asynchronous motors can only absorb no work. Synchronous motor is synchronous with the power grid, and the asynchronous motor speed is slightly lower than the speed of the grid. Synchronous motor speed is synchronous with ac frequency 50Hz power supply, i.e., the two pole motors are 3, 000, 4, 1500, 6, 1000, etc., and the speed of the asynchronous motor is slightly lagging, which is 2, 2880, 4, 1440, 6, 960, etc.
Q: Common problems with ac motor
Prevention: (1) remove the pulsating flux and the power supply harmonic (such as the ac reactor in the output side of the converter); (2) when the motor is designed, the bearing seats and the base of the sliding bearings are insulated, and the outer and end of the rolling bearings are insulated. 2, why can't the general motors be used for plateau areas? At altitude, the commutation of the electric motor, the electric corona (high voltage motor) and the dc motor are adversely affected. The following three aspects should be noted: (1) high elevation, the larger the motor, the smaller the output power. But when the temperature rises with elevation, it is sufficient to compensate for the effect of elevation The rated output power of the motor is constant.
Q: The speed regulation performance of dc motor is very good. Why need ac motor?
Compared with ac motor, dc motor is very good at the speed of adjustment, but it is difficult to maintain the high cost and high cost.

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