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: will a brushless dc motor work underwater if you just varnished/sealed/coated the windings?: Underwater Dc Motor

Q: I want to make a Brush-less DC motor that goes 1720 Rotations Per Minute while carrying a 70 kilograms load on it. The motor must be 50mm in diameter and about 15mm in width.How do I go about making that and what kind of specifications must a battery have, to be able to run this for 1-2 hours?Thank you in advance! :): your question is unclear, it has no mention of work or energy. you can have motor of that size running at that speed and moving 70kg load if the motion is sufficiently slow, say 1meter per minute. this can easily run on batteries for couple of hours. but if you are looking for a motor to power electric bike for example, you will notice that this is hopelessly undersized. better way is to ask questions in terms of real work, for example pump x volume of water per hour to elevation of y meters or provide power for electric bike where total weight is 90kg, travel speed is 40km/h and expected one charge commute distance is 70km.

Q: abt the current and if you could explian to me in detail how its diffrent witn an ac motor: A DC motor is a very basic type of motor. It will use permanent magnets, an armature and a commutator ring to control its function. The armature is an electro-magnet that can be switched on and off. The commutator ring is the switching mechanism. As you know, unlike poles if two magnets attract each other and like poles repel. The commutator ring has electric (DC) power applied to it. It is connected (both mechanically and electrically) to the electromagnetic coils of the armature. The armature creates a magnetic field and is drawn toward the permanent magnets arranged around the outside circumference of the armature. Of course the opposite pole of the electromagnet is repelled by the opposite ends of the permanent magnets. Obviously, once the magnets react their point of greatest attraction, all motion will stop. Before the rotating armature reaches that point, the magnetic field induced in the electromagnets is reversed by switching the direction of the current flowing through the armature's coils.. That switching is accomplished at the commutator ring, which is mechanically attached to the armature. The cycle continues and you have a very basic motor. There is no speed control with this type of motor. Speed is usualy limited by load. With an AC motor the magnetic fields are reversed by the fact that the current is constantly reversing. There speed is controled by the frequency of the alternating current. There are many more type of both AC and DC motors. This is very basic. An extensive study of motor technology cannot be written in this format. It would fill volumes.

Q: the above details are meant for a 3 KMs line length 3 phase: Squirrel conductor is good enough up to 3 KM length.

Q: Basically, I want to control an AC motor where the end user will only have to push three buttons. One button would be quot;lowerquot;, in which the motor would turn for a certain amount of time and stop at the desired time. The other button would be quot;raisequot;, which would turn the motor in reverse for the same period of time and stop. And the third button would be quot;stopquot; to stop the motor at any point along the way.To describe what I'm talking about, basically I'm making a electric projector screen. So the user hits quot;Lowerquot; and the screen goes down to the exact point it's supposed to.Thanks for any help!: That's going to be fairly tricky and expensive. Why not just put a small 'microswitch' at the limit(s) of travel and use it to shut off the motor? Lots of circuits out there to do that. HTH, Doug

Q: How does it go from off to one direction to off to the other direction? How does the switch work?: Usually a two direction motors are three phase motors thou it can be single phase motor but with three phase motor its easy to control. This if it works on AC currant. It also can be DC that is easer to control. 3 phases AC motor you can reverse the direction of rotation by switching two phases instead of U V W you have to make it U W V or any other combination. And it will reverse you can achieve this with a switch to give an order to a contactor to do the switching. Note that you may need a time delay to make the switching to have the motor at complete stop before reversing. Single-phase motor is very complicated process I think no one do this. A DC motor is easy you just switch the + to – and the – to + then it will reverse this can be achieved by a change over switch. Also you can use the change over switch for the 3-phase motor.

Q: If electric cars are to be mass produced what type of motor?: Electric current is either AC - alternate current like in your home, or DC - direct current, like from the batteries themselves. Both have been used successfully in electric vehicles. AC has to have an inverter converter to get usable energy from batteries. In other words getting AC from DC batteries. IT would also take a different motor to run the vehicle. Your choice. Spartawo...

Q: Why does the current in an AC Induction motor start to go up when the voltage is dropped off?: Because the induction motor is a constant power device. If the voltage goes down, the current goes up to maintain constant power.

Q: Now I will start off with that I have had no issues with this vehicle yet unlike some other Versa owners. Short story is whatever idiot replaced the battery right before I bought it didn't properly tighten the cable onto the terminal. So it popped off. This was easily fixable by repositioning it and tightening it down. Well the bad news is at some point or another when I tried to start with the battery partially connected (I didn't realize this was the case until I tried starting a couple times to no avail) it must have surged and blown something out in the AC electrical area. I checked all fuses, they're good. I looked at the service manual and there appears to be a relay between the switch and the compressor. So I'm hoping its that relay. The options that remain are relay blew, which is quite possible, or the switch or the BCM that controls the switch got surged or blown. Any thoughts? Also I haven't been able to locate the relay yet, do I just need to pull the dash to get to that? Thanks.: see ur mechanic and get a diagnosis ,,before you start ripping apart the dash,,to replace something that may not be bad

Q: how do electric motors work on the ff. devices and machines?: effency of any machine , input output work.input energy

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