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AD-1805 370ml Silver Three-speed Adjustment Automatic Sensor Soap Dispenser
Product features: The third gear adjusts the fluid output.
View MoreCan stainless steel sensor soap dispensers adjust the liquid output through the sensing distance?
Apr 24,2024
Generally speaking, stainless steel sensor soap dispensers can indirectly control the liquid output by adjusting the sensing distance. Stainless steel sensor soap dispensers typically feature smart sensing technology, which allows them to intelligently adjust the sensing distance within a certain range. This technology automatically senses the user's position and movements to ensure that the liquid is dispensed within an appropriate distance range. This design enables stainless steel sensor soap dispensers to adapt to different scenarios and user needs, providing a more convenient and intelligent user experience. 
Adjusting the sensing distance affects the sensitivity of the sensor, thereby affecting the device's recognition speed and accuracy when detecting the user's hand proximity. If the sensing distance is shorter, users need to bring their hands closer to the device to trigger the liquid output, resulting in potentially smaller amounts of liquid dispensed each time. Conversely, if the sensing distance is longer, users only need to gently approach the device to trigger the liquid output, potentially resulting in larger amounts of liquid dispensed each time. Although the sensing distance of stainless steel sensor soap dispensers can indirectly affect the liquid output, directly adjusting the liquid output typically requires additional control devices or settings, and not all stainless steel sensor soap dispensers have this capability. Therefore, in practical applications, adjusting the liquid output may require changing the device's settings or replacing it with a different model.
Adjusting the sensing distance affects the sensitivity of the sensor, thereby affecting the device's recognition speed and accuracy when detecting the user's hand proximity. If the sensing distance is shorter, users need to bring their hands closer to the device to trigger the liquid output, resulting in potentially smaller amounts of liquid dispensed each time. Conversely, if the sensing distance is longer, users only need to gently approach the device to trigger the liquid output, potentially resulting in larger amounts of liquid dispensed each time. Although the sensing distance of stainless steel sensor soap dispensers can indirectly affect the liquid output, directly adjusting the liquid output typically requires additional control devices or settings, and not all stainless steel sensor soap dispensers have this capability. Therefore, in practical applications, adjusting the liquid output may require changing the device's settings or replacing it with a different model.
