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 to change AC motor to generator?: The triangular line wiring into Xinghang capacitor can then add old but the efficiency is very low capacitance as motor power.

Q: Boyfriend is trying to repair our window AC unit. He says the problem is the fan motor (not the compressor, etc). It'll run and cool the room for a little while (20-30 minutes maybe) and then it will die. We can wait and turn it back on, but it always dies after a little while. What exactly could be wrong with the fan motor?: will you do us a favor, and post pictures of him changing it on this site. And tell him hes gotta do it without breaking any plastic parts and cant bend any of the coils when he takes the blades off both sides of the shaft. And no swearing when he puts the clip back on the squirrell cage. Actually you can unscrew and GENTLY move both coils out of the way, but dont bend the freon lines too much, just enough to get to the blades.

Q: Approximated dimensions are 7quot; dia, 14quot; length.: I assume you are looking for a replacement. This seems like a spindle motor for a NC machine, but my search didn't find one with all the characteristics mentioned. The clue is 8000 rpm. This is probably a 4 pole motor, so frequency is up to 266 Hz AC supply. It means it works with a variable speed drive, so may be married to that closely (I mean, I am not sure if you can substitute). It may even have speed sensing associated. It is this drive that produces the 460V and the appropriate frequency for the rpm which will be related to V/Hz. These motors are usually meant to be smooth running. Check the spec you gave carefully. It seems too small for 75kW and too fast for 75kW too. Still @ 8000rpm this may be possible. It may be that you can only buy a replacement from the manufacturer/supplier of the NC machine at great expense. Consider a motor rewind and new bearings, whatever (get it refurbished). This might not be so difficult or expensive, but once again, 75kW @ 8000 RPM? Maybe the re-winder needs to know what they are doing for that sort of balance. Some of these have exotic bearings too.

Q: Lets say you want to use a motor from a refrigerator and stick it on a lawnmower....Can you use that dimmer to control the speed ???: The air conditioner ought to have a 20 amp wall receptacle with the aid of itself circuit. Stabilizers won't help. If their is already a separate circuit for the A/C, there's an issue with the incoming skill traces on your place. additionally, lighting fixtures that are hooked as much as a dimmer change tend to dim / flicker extra from skill fluctuations.

Q: Could anyone one please explain how the available torque for an AC motor varies with speed?: In essence: Frequency controls velocity. For a frequently used form AC motor, 50Hz will reason it to rotate on the cost on it is score plate, frequently 1440 RPM or 720 RPM. various the frequency up or down will reason the cost to alter form of in share. course is basically area sequence. change any 2 wires out of the three ranges and the area rotation is reversed. Torque is controlled (constrained) by using the attainable present day, that's circuitously controlled by using the utilized voltage and frequency. At 50Hz, and without present day limits, the motor could artwork at something as much because it is rated torque without important velocity loss. If the attainable present day became into constrained to eg. 50% of the motor score, the cost will drop off or the motor will stall at approximately 50% of it is rated torque etc. issues are somewhat greater complicated once you besides could variety the frequency, because of the fact the motor torque will drop progressively with decrease frequencies inspite of finished present day attainable. The winding impedance drops because of the fact the frequency is going down and it many times will become much less efficient, all the way down to effectively 0 torque/skill at close to DC. (AC Servo autos are a particular case, they generally have an eternal magnet rotor extremely than a squirrel cage, so torque could nicely be utilized at 0 velocity. in addition they have an inner place sensor to permit the optimal container orientation to be created interior the stator for any given rotor place).

Q: my teacher said when a heavy load motor run low voltage he was burn because router rotation and field rotation difference is directly pro to voltage its mine voltage is up. when voltage is up. according to ohm low current is high and motor winding is burn but i'm not conform please give me a long answer with example: With an AC motor running on a reduced voltage, slip is increased. That is the difference between the speed of the rotor and the rotating magnetic field in the stator, increases. When this happens more voltage is induced in the rotor bars, so more current flows in them. By transformer action, the current in the stator windings also increases and may lead to overheating and burn out.

Q: if i have a ac battery pack connected to a motor then does the motor have to be AC or DC: There are no AC batteries. I do not know what you mean when you write of an AC battery pack.

Q: How do I test an AC single phase electric motor with a meter to see if it is burnt?: With a megger tester, check the motor insulation resistance, line to ground. If its resistance is almost zero, the motor is possibly overheated or burnt. With a volt-ohm multitester, check the motor resistance from one line to another. Its resistance should be from 1 to 3-ohms only. If its resistance is above 100,000 ohms, its windings may be open. Also, check for a burnt smell. A burnt motor usually smells burnt enamel wire.

Q: i have seen many electric car project all the cars are using pmsm motor . why: A rotor assembly for an electric powered motor incorporates a stress assembly, a cup that receives component to the stress assembly, and a magnet center assembly received between the stress assembly and the cup. The magnet center assembly is hermetically sealed between the stress assembly and the cup. A rotor assembly for an electric powered motor incorporates a stress assembly, a cup that receives component to the stress assembly, and a magnet center assembly received between the stress assembly and the cup. The magnet center assembly is hermetically sealed between the impeller and the cup.

Q: I need to know if it is possible to control the speed of a 220 volt ac motor (from a washing machine so I assume it is 3 phase) but the system has to be compatible with the arduino. So if it is please let me know how. Thanks: Arduino 3 Phase Motor Control

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