15 Years Factory FTHN-12 (XGN15-12) Metal Closed Box ing High Voltage Switchgear for Slovakia Importers

Overview:



Technical data

Product illustration

Tripping characteristic

Exterior and dimensions

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We have a highly efficient team to deal with inquiries from customers. Our goal is "100% customer satisfaction by our product quality, price & our team service" and enjoy a good reputation among clients. With many factories, we can provide a wide range of 15 Years Factory FTHN-12 (XGN15-12) Metal Closed Box ing High Voltage Switchgear for Slovakia Importers, We hope to establish more business relationships with customers all over the world.


OVER VIEW:

FTHN-12 Indoor exchange metal closed box ring high voltage switchgear is Complete sets of power distribution equipment with 3.6 ~ 12Kv, three-phase, AC 50Hz. It is widely used in the power distribution system of construction and transformation of urban power grids also used in the power supply system of the industrial and mining enterprises, high-rise buildings, residential quarters, hospitals, schools, parks etc for the use of the power acceptance and distribution.

Mainly used for ring network power supply system, for the use of power acceptance and distribution.

Mainly used for ring network power supply and terminal power supply, also suitable for installing into the assembly substation.

This product complies with GB3804-1990, GB3906-2006, GB16926-1997, GB / T11022-1999, GB15166.2-1994, GB1985-1989, GB3309-1989, IEC420-1990 and other standards, and passed all type of test.

Operating environmental conditions

A) Ambient temperature

Maximum temperature: + 40

Minimum temperature: -15

Daily average: 35

B) Ambient humidity

Daily average relative humidity: 95%

Monthly average relative humidity: 90%

Daily average vapor pressure: 2.2X10-3 Mpa

C) Altitude: no more than 1000m;

D) earthquake intensity does not exceed 8 degrees;

E) Operating place without water dripping, no flammable and explosive hazards, no chemical corrosion of gas and no severe vibration.





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working principle of three phase induction motor-induction motor-How does an Induction Motor work-An electrical motor is such an electromagnetically device which converts electrical energy into a mechanical energy. In case of three phase AC operation, most widely used motor is Three phase induction motor as this type of motor does not require any starting device or we can say they are self starting induction motor.For better understanding the principle of three phase induction motor, the basic constructional feature of this motor must be known to us. This Motor consists of two major parts:
Stator:
Stator of three phase induction motor is made up of numbers of slots to construct a 3 phase winding circuit which is connected to 3 phase AC source. The three phase winding are arranged in such a manner in the slots that they produce a rotating magnetic field after 3Ph. AC supply is given to them.
Rotor:
Rotor of three phase induction motor consists of cylindrical laminated core with parallel slots that can carry conductors. Conductors are heavy copper or aluminum bars which fits in each slots & they are short circuited by the end rings. The slots are not exactly made parallel to the axis of the shaft but are slotted a little skewed because this arrangement reduces magnetic humming noise & can avoid stalling of motor.

Working of Three Phase Induction Motor

Production of Rotating Magnetic Field

The stator of the motor consists of overlapping winding offset by an electrical angle of 120°. When the primary winding or the stator is connected to a 3 phase AC source, it establishes a rotating magnetic field which rotates at the synchronous speed.
Secrets Behind the Rotation:
According to Faraday’s law an emf induced in any circuit is due to the rate of change of magnetic flux linkage through the circuit. As the rotor winding in an induction motor are either closed through an external resistance or directly shorted by end ring, and cut the stator rotating magnetic field, an emf is induced in the rotor copper bar and due to this emf a current flows through the rotor conductor.
Here the relative speed between the rotating flux and static rotor conductor is the cause of current generation; hence as per Lenz’s law the rotor will rotate in the same direction to reduce the cause i.e. the relative velocity.

for more information about induction motor plz go to the link below-

http://electrical-engineering-portal.com/three-phase-induction-motors-operating-principle

http://www.electricaleasy.com/2014/02/working-principle-and-types-of.html

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