How Does a Dishwasher Work?
A dishwasher is a common kitchen appliance that automatically cleans and dries dishes. Compared to hand washing, dishwashers achieve better cleaning results because they use detergents with higher pH levels and hotter water than what human hands can tolerate (45℃~70℃/115℉~160℉). When the machine starts operating, the electric pump at the bottom sprays out hot water. The metal spray arms mix the hot water with detergent to remove stains from the dishes. Meanwhile, plastic paddles rotate to ensure thorough cleaning. After the water bounces off the dishes, it falls back to the bottom of the machine, where it is reheated and recirculated for further spraying.
Challenges in Manufacturing Dishwasher Pump Motors
One of the key indicators of a dishwasher's performance is whether it can thoroughly clean the dishes. Therefore, the cleaning pump is a crucial component of the dishwasher. The output flow of the pump is an important parameter for evaluating its performance, which directly affects cleaning efficiency. A perfect dishwasher pump should be able to spray water into every corner without damaging the dishes. Additionally, noise is another major consideration when purchasing a dishwasher. No one wants a dishwasher that is too noisy.
Sinbad Motor's Solutions for Dishwasher Pump Motors
To address the above challenges, Sinbad Motor has developed the following solutions:
1. A micro planetary gearbox is installed in the dishwasher pump motor, which produces noise levels below 45 decibels (tested within 10 cm), ensuring quiet operation.
3. Sinbad Motor's dishwasher pump motor offers multi-level adjustments, which can precisely control the water pressure and flow. This ensures that only a small amount of detergent is needed to achieve perfect cleaning results, thereby improving cleaning efficiency.
Post time: Mar-13-2025