SIEMENS AC Motor

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Loading Port:: China Main Port

Payment Terms:: TT or LC

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Supply Capability:: 100 Unit/Units Per Day unit/month

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Quick Information:

Brand Name:	Siemens	Model Number:	1LG Series	Type:	Asynchronous Motor
Frequency:	50 Hz	Output Power:	0.55-315 KW	Protect Feature:	Drip-proof
Phase:	Three-phase	Certification:	CE	AC Voltage	380V
Place of Origin:	Shanghai China (Mainland)	Efficiency:	IE 3	Packaging Detail::	Standard Wooden Case

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 AC Motor

Q: not asking for a inverter: You can. Just go buy an inverter. Connect the inverter between the DC battery and the AC motor. Voila.

Q: I am working on building an automatic cat food feeder out of an alarm clock. When the alarm goes off it triggers a geared motor with a pulley system to pull the lid off a container until a kill switch is struck. I would like to know how to wire the motor to go in the reverse direction after the power is cut, any ideas?Thanks in Advance!: I believe it is an AC motor not DC. You have both a running winding and a starting winding. If you remove the capacitor from the start winding and put it on the running winding the motor might be able to run backwards.

Q: plz tell me basic difference b/c ac and dc machine in terms of thier working principle?: There are two main types of electric motors. There are direct current or DC and alternating current or AC motors. The reference of DC or AC refers to how the electrical current is transferred through and from the motor. Difference between AC and DC motor somewhat lies in the name as their name reflect their working style. Electric Motor:- It is an electrical device which convert the electrical energy into the mechanical energy. It may be broadly classified into the two types AC motor and the DC motor depending on the type of input used. DC Motors:- A direct current or DC motor, converts electrical energy into mechanical energy and works on Direct current(DC).Among DC motors, there are shunt-wound, series- wound, compound- wound and permanent magnet motors. Dc motors come in two general types. They can have brushes or be brushless. AC Motors:- A current or AC motor, converts electrical energy into mechanical energy and works on alternate current (AC).AC also comes in two type. They can be two phase or three phase.

Q: What are the speed regulating methods of AC motors? What are the characteristics of each?: Winding motor rotor series resistance speed control method: line induction motor rotor series of additional resistance, so that the motor slip increases, the motor at a lower speed operation. The greater the resistance in series, the lower the speed of the motor. This method is simple in equipment and convenient in control, but the differential power is consumed in the form of heating. The utility model belongs to a class speed regulation, and the mechanical characteristics are softer.

Q: Okay here's the problem. I have several machines using 3/4 HP electric motors. all of them should run clockwise to make the machine work but once I turned off them for launch and when I came back and turned them on, one of them worked counter clockwise. I turned it on/off few times and it worked CW. again when I turned it off/on worked CCW. a bit strange. also I noticed even when it runs correct it's slower than the others.Can you guys explain me what has happened? Thanks in advance.: If they have capacitors, I bet the renegade has a bad capacitor. Run capacitors not only determine the direction of rotation at startup, they are crucial to developing proper torque.

Q: An electric water heater draws 20 A rms at 240 V rms and is purely resistive. A large AC motor has the same current and voltage, but inductance causes the voltage to lead the current by 20 degrees.: The water heater power is 240*20 = 4800 W The Motor Power is V*I*cosθ = 4800*cos20? = 4510 W

Q: The blower wheel went out because, somehow a tiny metal screwdriver got into it. Also the resistor is out and my AC isn't as powerful as it should be. Could that be the cause? PS sorry about the grammar I'm on my phone.: Sounds like all these things are unrelated to each other. Unless you damaged the evaporator (cold coil inside the car) while changing the blower you shouldn't have had any leaks. BUT if you put the wrong screw in the wrong location and forced it in then you might have punctured the evaporator. One has nothing to do with the other unless you damaged something (or that screwdriver managed to puncture the evaporator). The resistor pack is for controlling motor speed. If your blower isn't running on high, perhaps you miss wired something. But generally I'd not expect that to be the case. The other alternative is that the resistor pack (also not related to the blower failure or the leak) may need to be replaced. Maybe that screwdriver damaged THAT. In short, if the refrigerant leaked out - you have a leak. If the fan isn't running on high - you have a motor speed control issue. 'av'a g'day mate. )

Q: what happen if direct current is supplied to ac motor?also what happen if alternating current is supplied to dc motor?In which case motor makes to and fro motion(vibratory)?: There are many types of AC motors, but in general, nothing would happen except you'd draw a lot of current if you applied DC. Applying AC to a DC motor would cause vibration.

Q: how can i calculate the no load power and no load current of a ac/dc motor from nameplate data?: I think it is a matter of tesing the ac/dc motor by turning it on without a load and see what is Q (reactive power) representing the loses. Another way is if you know the full power S and the active power P and Q = S - P.

Q: I want your answer: A synchronous motor is an AC motor that runs at a speed fixed to a fraction of the power supply frequency, and an asynchronous motor is an AC motor, usually an induction motor, whose speed slows with increasing torque to slightly less than synchronous speed. An asynchronous motor requires slip - relative movement between the magnetic field (generated by the stator) and a winding set (the rotor) to induce current in the rotor by mutual inductance. The most ubiquitous example of asynchronous motors is the common AC induction motor which must slip to generate torque. In the synchronous types, induction (or slip) is not a requisite for magnetic field or current production (e.g. permanent magnet motors, synchronous brush-less wound-rotor doubly fed electric machine).

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