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DSU DICLO SPEC PLS MIX TEC UNIQUE MEDICAMENT

Rotor – this is an internal component of an electric motor. It works in conjunction with the stator which, when energised produces a magnetic field that causes the rotor to turn The electric motor electrical energy into mechanical energy forcing movement of other parts within the scroll compressor. The Rotor is positioned inside the stator during assembly process and the magnetic field the Stator creates forces the Rotor to rotate. The rotor is made from a combination of cast steel, aluminium, and copper materials. The electric motors have a power range of 2-7 HP and there are 3 types of motors - single phase, 3 phase and variable speed

Stator, an assembly of copper wire on a tubular framework inside which the rotor is situated. To receive electrical current to generate an electromagnetic field that will cause the rotor to turn Composition of the goods include various metals such as aluminium, cast steel (main component) and copper The Rotor is positioned inside the Stator during assembly process and the magnetic field the Stator creates forces the Rotor to rotate. The electric motors have a power range of between 2-7HP and there are 3 types of motors – single phase, 3 phase and variable speed

A rotor, that is tubular in shape. The rotor is positioned inside the stator during the assembly process and the magnetic field the stator creates forces the rotor to rotate. The rotor component is combined together with a stator component within an assembly process to form parts of an electric motor of a scroll compressor, which is the final product. This electric motor then turns electrical energy into mechanical energy forcing movement of other parts within the scroll compressor. The rotor is made from a combination of steel, aluminium, and copper materials. Rotor is manufactured to confidential drawing specification. The electric motors have a power range of 2-7 HP and there are 3 types of motors, single phase, 3 phase and variable speed.

A stator, it is a series of wire coils that are formed into a tubular shape around the inside of the motor housing. The rotor assembly of the motor is positioned inside the coils and rotates when an electrical current is applied to the stator The stator forms part of a motor and generates a magnetic field to facilitate rotation of the rotor assembly The stator is made from a combination of steel, aluminium and copper materials. Stator is manufactured to a confidential drawing specification The electric motors have a power range of between 2-7HP and there are 3 types of motors – single phase, 3 phase and variable speed.