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Structural analysis and motion principle of washing machine clutch for Panasonic
- Nov 16, 2018 -

The washing machine clutch for Panasonic is one of the key components in the washing machine, which is the core for power transmission and switching of the washing machine. For washing machine equipment, the mechanical efficiency of the deceleration clutch is an important performance indicator, which not only reflects the assembly quality, but also directly affects the power consumption of the washing machine. Next, we mainly understand the structure and motion principle of the Panasonic washing machine clutch.

 

The current deceleration clutches for Panasonic washer clutches can generally be divided into two types, a single output clutch and a multiple output clutch. The clutch in which only the washing shaft output is washed is referred to as a single output clutch; the clutch in which the washing shaft and the dehydrating shaft are simultaneously output during washing is referred to as a multi-output clutch.

 

During the washing process, the power of the single-output washing machine clutch for Panasonic is transmitted through the input shaft, and the output of the washing shaft is rotated by the deceleration of the planetary gear train to drive the pulsator to rotate; the power of the multi-output clutch is also transmitted from the input shaft through multiple stages. The differential deceleration of the planetary gear train is simultaneously output by the washing shaft and the dewatering shaft. The washing shaft drives the pulsator to rotate, and the dewatering shaft drives the inner barrel to rotate in the opposite direction to form a washing water flow.

 

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