Kamis, 28 Agustus 2014

Mixer Parts

Mixer is one type of Electric Appliances are included in the classification of Electric Appliances mechanical functions as kneading cakes and such. Mixer is often used to stir the cake batter using a mixture of eggs, flour, and certain solution that housewives often termed as egg mixer. Her legs stirrer driven by an electric motor through a coupling gears. Variation of rotational speed can be set by a select switch is placed in such sedmikian up easily accessible by the thumb or index finger that was holding the handle of the mixer. 
Examination of the components on the inside simply releasing the three screws fastening the mixer body. Two screws on the front, one on the back. Limbs stirrer consisting of two pieces can be removed by pressing the release button hooks the leg. This button is also placed such that it is easily accessible and adjacent to the speed selector switch. To facilitate the introduction of the mixer components.


Bagian – Bagian Luar Mixer(Part - Exterior Mixer)Bagian – Bagian Dalam Mixer(Part - Interior Mixer)Diagram Single Line Mixer

(Single Line Diagram) 
The figure shows the electrical circuit type mixer brand Philips HR 1500 / A1. The figure shows that the power source is needed to run the AC voltage of 220 ~ 230 V at the working frequency of 50-60 Hz. While the electric power will be absorbed by 170 watts. Then, the circuit is equipped with a capacitor and resistor in parallel. Capacitor and resistor serves as a damper frequency interference generated by the mixer when the motor rotates. 
Mixer speed setting is done by moving the position of the speed selector switch (SW) between position '0' to position '3'. The speed setting can be done with the SW, because the positions indicated by the SW velocity associated with the winding speed control motors and auxiliary windings L1, L2 and L3 are connected in series heading into sikat1, enter the rotor windings (LR), out into the brush, go back to the main winding and a power source. Resistance value of 24 ohms L1, L2 of 20 ohms, and 14 ohms L3. While the stator winding resistance (L4) and the motor rotor (LR), respectively 17 ohms and 44 ohms.

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