SIEMENS ILE0001 AC Motor

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Unit unit

Supply Capability:: 300 Unit/Units Per Day unit/month

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Quick Information:

Brand Name:	Siemens	Model Number:	1LE001 Series	Type:	AC Motor
Frequency:	50 Hz	Output Power:	0.55-315 KW	Protect Feature:	Explosion-proof
Phase:	Three-phase	Certification:	CE	Installation	B3,B5,B35
Place of Origin:	Shanghai China (Mainland)	Efficiency:	IE 1	Packaging Detail::	EXPORT STANDAR WOODEN CASE
Structure	Asynchronous Motor	Function	Driving	Usage	Universal

Siemens Motors Advantage:

Prompt Quotation.

Competitive Price

Guaranteed Quality

Timely Delivery.

100% Tested.

Sincere and Professional Service.

Outstanding Finishing Surface.

Strictly and Perfect Management is guaranteed for Production.

Specialized in Manufacturing and Supplying a wide range of Electric Motors since year 2002.

Have Rich Experience and Strong ability to Develop New Products.

Have Ability to Design the Products Based on Your Original Samples.

SIEMENS ILE0001 AC Motor

Power（KW）	Pole	Model	Power（KW）	Pole	Model
0.75	2	1LE0002-0DA2□-□□□□	0.75	4	1LE0002-0DB3□-□□□□
1.1	2	1LE0002-0DA3□-□□□□	1.1	4	1LE0002-0EB0□-□□□□
1.5	2	1LE0002-0EA0□-□□□□	1.5	4	1LE0002-0EB4□-□□□□
2.2	2	1LE0002-0EA4□-□□□□	2.2	4	1LE0002-1AB4□-□□□□
3	2	1LE0002-1AA4□-□□□□	3	4	1LE0002-1AB5□-□□□□
4	2	1LE0002-1BA2□-□□□□	4	4	1LE0002-1BB2□-□□□□
5.5	2	1LE0002-1CA0□-□□□□	5.5	4	1LE0002-1CB0□-□□□□
7.5	2	1LE0002-1CA1□-□□□□	7.5	4	1LE0002-1CB2□-□□□□
11	2	1LE0002-1DA2□-□□□□	11	4	1LE0002-1DB2□-□□□□
15	2	1LE0002-1DA3□-□□□□	15	4	1LE0002-1DB4□-□□□□
18.5	2	1LE0002-1DA4□-□□□□	18.5	4	1LE0002-1EB2□-□□□□
22	2	1LE0002-1BA2□-□□□□	22	4	1LE0002-1EB4□-□□□□
30	2	1LE0002-2AA4□-□□□□	30	4	1LE0002-2AB4□-□□□□
37	2	1LE0002-2AA5□-□□□□	37	4	1LE0002-2BB0□-□□□□
45	2	1LE0002-2BA2□-□□□□	45	4	1LE0002-2BB2□-□□□□
55	2	1LE0002-2CA2□-□□□□	55	4	1LE0002-2CB2□-□□□□
75	2	1LE0002-2DA0□-□□□□	75	4	1LE0002-2DB0□-□□□□
90	2	1LE0002-2DA2□-□□□□	90	4	1LE0002-2DB2□-□□□□
110	2	1LE0002-3AA0□-□□□□	110	4	1LE0002-3AB0□-□□□□
132	2	1LE0002-3AA2□-□□□□	132	4	1LE0002-3AB2□-□□□□
160	2	1LE0002-3AA5□-□□□□	160	4	1LE0002-3AB5□-□□□□
185	2	1LE0002-3AA6□-□□□□	185	4	1LE0002-3AB6□-□□□□
200	2	1LE0002-3AA7□-□□□□	200	4	1LE0002-3AB7□-□□□□
220	2	1LE0002-3BA2□-□□□□	220	4	1LE0002-3BB2□-□□□□
250	2	1LE0002-3BA3□-□□□□	250	4	1LE0002-3BB3□-□□□□
280	2	1LE0002-3BA5□-□□□□	280	4	1LE0002-3BB5□-□□□□
315	2	1LE0002-3BA6□-□□□□	315	4	1LE0002-3BB6□-□□□□

SIEMENS ILE0001 AC Motor

Q: How are electric generators and motors not similar?: Well, if you put power into an electric generater then it would turn just as a motor does. They're the same thing only in reverse...... 'they are but different manifestations of the same thing' to quote Einstein.

Q: i have two questions:-1) What is the main difference between an AC and DC motors in their construction?2) What makes an induction motor-turn?: 1) DC motors have a commutator whilst AC motors do not. 2). The torque generated by current in the stator winding reacting with the magnetic field produced by current in the rotor. In the induction motor the rotor current is driven by voltage induced by the field produced by the stator winding currents - hence the name induction motor.

Q: I changed the front and side motor mounts on my 2000 Accord V6 LX a few weeks ago, but when I put the engine down (had a jack underneath to lift the motor from the frame) and bolted it all back together the AC was not blowing cold.The compressor engages, the same idle changes (rpm level) occurs when I hit the AC button, but no cold air comes from the vents. No big deal in March living in DC, but come summer this is going to be a major problem. I checked all the system fuses, all ok. I dont see any changes in the freon pipes, no bends from lifting the motor, nothing out of the ordinary. Please help me figure this one out.: Did you visually see the engagement or are you going by idle changes.The wire may have gotten pulled off the compressor or broke when lifting with the jack.If it worked before it should work now if nothing was disturbed.

Q: i want a fairy simple one that doesn't take too long time or not too complecated, thanks.: If you have a strobe light you can confirm that it is turning at just under 60 cycles/s because the AC is 60 cycles/s You can take off the fan blade and confirm that it is now turning even closer to 60 Hz because of a lack of load. You can increase the load by blowing air at the fan with another fan and watch it turn slower. If you can destroy the fan (there are many being thrown away each day) you can cut off the copper shading coils that help it start up. You can measure the current in all the above situations and observe that the closer to 60Hz it turns the less current there is.

Q: Is there currently a car that uses DC current Traction Motors, for the wheels, and a generator for power? Railroad engines use this method, on a much larger scale, of course, but has this been considered and used for automobiles?: Yes. Reliance Electric (purchased by Allen-Bradley and then GE) manufactured traction motors specifically for automobiles. These DC traction motors are currently manufactured by others. They are typically used in warehouse electric vehicles and golf carts. I'm not sure if the Hybrids in production use AC or DC. Electric automobile kits typically use high torque motors that are either D.C. or A.C. A.C. is more expensive but it has the potential to use regeneration to break and re-use some of the momentum energy to recharge the batteries. As fuel cost continues to increase because of peak oil, I'm sure that breaking regeneration will be found on trains, buses, trucks, and automobiles.

Q: I listen to AM sports talk radio in my job trailer at work and notice that whenever anyone uses an AC motor on site, (Circular saw, corded drills, theading machines) , anything with coils and brushes, I get horrible static through the radio. Is there a filter to eliminate this noise?: This Site Might Help You. RE: Is there a filter for noise through AM radio caused by EMI of AC motor? I listen to AM sports talk radio in my job trailer at work and notice that whenever anyone uses an AC motor on site, (Circular saw, corded drills, theading machines) , anything with coils and brushes, I get horrible static through the radio. Is there a filter to eliminate this noise?

Q: AC motor gear variable or frequency conversion good?What are the disadvantages?: The frequency converter is the electric energy control device that transforms the power frequency power to another frequency by the on-off function of the power semiconductor device. We now use the converter mainly adopts the AC-DC-AC mode (VVVF inverter or variable frequency vector control), the first AC power into DC power supply through the rectifier, then the AC power into DC power supply frequency and voltage can be controlled by the supply of electric motive. The frequency converter circuit is usually composed of rectifier, intermediate DC link, inverter and control of 4 parts. The rectifier is a three-phase bridge controlled rectifier, and the inverter is IGBT three-phase bridge inverter, and the output is PWM waveform. The intermediate DC link is filter, DC energy storage and buffer reactive power.

Q: I work on cellular radios and we always use a rectifier to convert the AC to DC. It seems like we should be able to use AC to run the equipment. What is the specific reason we can't?: You can use AC motors, but often you want to vary the motor speed and AC motors basically are governed by the frequency of the AC signal. While varying frequency is not impossible, it generally involves much more sophisticated and expensive circuitry than just varying the magnitude of the current as is done with DC motors.

Q: I've heard that hair dryers with AC motors are better then dryers with DC motors. Why? Is it just because they last longer?: Probably for the same reason we do not use electric cars with fuel cells. There are a ton of good old DC motors hauling out there. The simplicity of the system makes them work and easy to diagonose and fix. The biggest draw(funny huh) back to DC is the damage that is done to the switching gear turning them on and off due to the arc that is pulled on DC comared to AC. The other trick is that generators by default create AC, which is then turned into DC, which has some loss in the process.

Q: why do we use ac motors for tower crane?: we use AC motors because they're simple, have the fewest moving parts, and last the longest.

SIEMENS Brand is one of famous motor maker in the field, the head office is in Europe and have factories in China.

1. Manufacturer Overview

Location	Shanghai
Year Established	2012.10.19
Annual Output Value	USD 1,500,000
Main Markets	Austrilia;Turkey;South America
Company Certifications	Certificate of Authorized Distributor

2. Manufacturer Certificates

a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability

a) Trade Capacity
Nearest Port	Shanghai port
Export Percentage
No.of Employees in Trade Department	20 persons
Language Spoken:	Chinese
b) Factory Information
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range