SIEMENS ILE0001 AC Motor

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Loading Port:: China Main Port

Payment Terms:: TT or LC

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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 does a synchronous ac motor work? please help!!!: The magnetics synchronize to the 60 or 50Hz frequency of the line voltage. So the motor spins at 60 or 50 RPS or 3000RPM or 3600RPM respectively. And they are not called stepper motors. They are called squirrel cage induction motors or could be capacitive start induction motors.

Q: Could someone tell me what correlation between the slip (speed and frequency) and an AC motor, please?And is this relationship identical for every AC motor no matter the motor is brushless motor or SR motor? If I change the slip of an electric motor, what is also changed in this motor? current? torque?Are there any examples to say why and how to change the slip of a motor? Many thanks: What a concept scary question. To me, innocence is by accident no longer having sufficient life journey to comprehend the way the international works, or the way persons are. Innocence is style of like having a organic recommendations, a recommendations no longer corrupted by making use of this merciless international. you won't be in a position to help it, it is merely the way you're. lack of understanding is to intentionally sidestep gaining sufficient life journey to comprehend the way issues are. you should verify, yet you're removing your self completely from the equation. you're truthfully choosing to no longer comprehend some thing. in case you place sufficient attempt interior the circumstances you're ignorant in, you should comprehend. yet you do no longer attempt confusing sufficient. i think of they're 2 thoroughly distinctive words that haven't any correlation. i don't have faith you will possibly be ignorant and harmless on an identical time, until it is approximately 2 thoroughly various issues. If somebody is harmless, then they are in a position to't help it. yet whilst they're ignorant, then they are in a position to do some thing to alter that.

Q: Here is a hair dryer i was going to buy from argos but it says it has an AC motor which most of the others don't have, is this a good thing to get?http://www.argos .uk/static/Product/partNumber/4429890/c_1/1%7Ccategory_root%7CHealth+and+personal+care%7C10199659/c_2/2%7Ccat_10199659%7CHair+care%7C10199687/c_3/3%7Ccat_10199687%7CHair+dryers%7C10199692.htm: AC is alternating current, this means it runs on the power from your wall outlet.They all use ac motors, it's just such a standard thing most people wouldn't even mention it. It's like saying your car runs on a gas motor. True, but most of them do.

Q: What are DC and AC servo motors? What are the characteristics?: A rotating motor with input or output as direct current energy. Simulation of speed control system it is generally consists of 2 closed loop, both speed loop and current loop, which enables the two to coordinate each other, play the role of the 2 regulators in the system set up, adjust the speed and current respectively. The 2 feedback closed loop adopts the nested structure of one ring and one ring in structure, which is called double closed loop speed regulating system. It has the advantages of fast dynamic response and strong anti-interference ability, so it has been widely applied. PI or PID circuit is usually composed of analog operational amplifier, and the signal conditioning is mainly to filter and amplify the feedback signal. Considering the mathematical model of DC motor speed control system, simulation of dynamic transfer function in the debugging process simulation of speed control system, because the parameters of the motor or load the mechanical characteristics and the theoretical value is different, often require frequent replacement of R, C and other components to change the circuit parameters, dynamic performance index to obtain the expected, do it is very troublesome, if the use of programmable analog components regulator circuit, system parameters such as gain, bandwidth and circuit structure can be modified by the software, it is very convenient for debugging.

Q: I have a cheap reciprocating saw that is 120VAC, 60Hz, 4.5A. Says 0-2300 strokes per minute and has a dial speed adjust,k but slowest is still around 300SPM, I need to slow that down more for a custom project I am working on for a hobby idea. How does the speed control built in work? Any way to duplicate that inline with the AC plug? Is there a way to add an inline circuit to slow it down? If you have any ideas, please share and possibly add schematics. I do not want to have to replace the motor or open the case in any way, so an in-line device would work perfectly.: the alteration you suggest could be dangerous or damage the saw motor. If you want to take a chance try plugging the cord into a variable speed outlet like a dimmer switch ... best to take it to a competent repair person...under 300 strokes per minutes is getting down to the hand saw level... be sure you have a gfi plug to reduce the chance of damage.

Q: i hear about dc motors an a lot so what is ac and dc !: Make it simple..... Battery supplies DC electricity. Wall outlet supplies AC electricity. Read more in details from here............

Q: Expansive speed control Not able to operate at low speed Are there anymore Disadvantages?: Speed Control The main disadvantage of AC motors, when compared with DC motors, is that their speed is more difficult to control. AC motors can be equipped with variable frequency drives, which provide smooth turning moment, or torque, at low speeds and complete control over the speed of the motor up to its rated value. Variable frequency drives improve speed control, but do create losses with reduced power quality. Control Complexity The device used to control an AC motor, known as an AC drive, is typically more complex than that used to control a DC motor. An AC motor controller must convert AC mains electricity to DC, and convert DC back again to an adjustable frequency and voltage output to the AC motor. By contrast, a DC motor has a separate field, or excitation, and power circuits, requiring just a single power conversion from AC to DC -- so the circuitry of a DC motor controller is simpler. Power Torque Historically, another disadvantage of AC motors has been that they develop less power, or less torque, per frame size. Research conducted by Rockwell Automation compared typical, commercial AC and DC motors in industry standard National Electrical Manufacturers Association (NEMA) frame sizes, and found this to be the case. However, AC and DC motors employ different classes of insulation and have different service factors -- the overload capacity at which the motor can operate without damage -- so direct comparison is not always straightforward. Other Disadvantages AC motors are typically more expensive than DC motors for most horsepower ratings. If the rotor of an AC motor rotates faster than the speed command of the AC drive, the motor acts as a generator and pumps, or regenerates, energy into the drive. If the drive cannot absorb this energy, the drive will switch off, or trip, with a fault. AC drives capable of regeneration are more complex and more expensive than DC regenerative drives. AC motors may also produce more audible noise than DC motors.

Q: I'm looking to build a drive inverter to control the speed of my bandsaw (1-1/4hp with capacitor). Does anyone know of a place where I can get schematics for one? Right now I'm thinking of tinkering with diodes to conver AC to DC, then using a pic controller and an IGBT to creat a frequency altered AC output. I can tinker with it, but I'm an ME, not an EE, and a little help would be greatly appreciated.: Hi. AC motors are designed and built differently than DC motors. AC motors take advantage of the 60 hertz clock of a power line (or 50Hz in other countries) - this means the power line changes phases 60 times a second - to rotate, while DC motors are designed with the voltage level applied. You can control them both, but with different means. The easiest to control is the DC motor (change the potential (the voltage) and it turns slower or faster.

Q: I found synchronous motor used as simple AC squirrel cage induction motor. the rotor of syn motor got damaged. I replaced the rotor by an equivalent rotor of squirrel cage induction motor. To my surprise I found motor drawing no load current as 60-65% of its rated current. What must have gone wrong?: The rotor of an induction motor is not identical to that of a synchronous motor.As you can see for a 2pole synchronous motor the rotation is 3600 rpm while an induction motor has a speed of 3540 rpm only at full load.The number of conductors in the induction motor rotor may be lesser than that of the synchronous motor.

Q: what is the difference between a dc motor and an ac motor?: There are many types of both so it cannot be expained easily the differences. DC - Commutator (shunt, series and compound wound), Permanent magnet. Brushless. AC - Induction (3 phase and many different single phase types), Synchronous, Wound rotor, NS (induction regulator), Generally dc tends to have higher maintenance issues (motors tend to have brushes) and is less used than it was. Years ago it was easier to control the speed of a dc motor but modern variable drives mean that ac is often preferred.

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