What impact does the flow rate of the Micro Water Pump have on the aromatherapy machine?
1. Aroma diffusion: The aroma diffusion effect of the aroma diffuser is closely related to the flow rate of the Mini Water Pump. The greater the flow rate, the stronger the aroma diffusion effect the aroma diffuser can produce and the faster the aroma can be diffused into the surrounding environment.
2. Aroma concentration: The flow rate of the DC Water Pump also affects the aroma concentration produced by the aromatherapy machine. The greater the flow rate, the greater the amount of liquid entering the aroma diffuser per unit time, and the concentration of the aroma will increase accordingly.
3. Aroma uniformity: The flow rate of the Self Priming Micro Water Pump will also affect the aroma uniformity produced by the aromatherapy machine. If the flow rate is too large or too small, the aroma may be unevenly distributed inside the aromatherapy machine, affecting the use effect.
Product Features :
Flexible and portable
Weak acid and weak alkali resistance in different working conditions
Small size
Low weight
Low energy cosumption
Low noise
What impact does the lift of the DC Diaphragm Water Pump have on the aroma diffuser?
Lift is another important parameter of the Mini Hydraulic Pump, which determines the height to which the pump can lift the liquid. The higher the head, the greater the pressure and energy the pump can provide to meet higher demands. Therefore, choosing the appropriate head is also very important for the performance and use effect of the micro diaphragm water pump.
Technical Specification
| Voltage | DC2.8V | Current | 150mA |
| Flow | 30mL/min | Media | Water |
| Life cycle | more than 300 hours | Noise | Smaller than 60dB |
How do the noise and vibration of 3volt hydraulic pumps affect the use experience?
Noise is one of the important factors affecting the user experience.
Excessive noise will not only disturb the surrounding environment, but also affect the user's mood and health. Therefore, when choosing a micro water pump, you should choose a product with lower noise to reduce the impact on users.
interference.
Secondly, vibration is also one of the factors that affects the user experience. Excessive vibration may cause equipment instability, loosen or damage components, thereby affecting the normal operation and service life of the equipment.
Therefore, when choosing a micro water pump, you should choose a product with less vibration to ensure the stability and reliability of the equipment.
Does the Mini Liquid Pump have overload and overheating protection?
The DC Liquid Pump has overload and overheating protection. Overload protection usually works by detecting the current of the motor. When the current exceeds a preset value, the protection device will cut off the power supply to prevent the motor from overloading. Overheating protection works by detecting the temperature of the motor. When the motor temperature exceeds the preset value, the protection device will activate to prevent the motor from overheating.
How does the overload and overheating protection function of the DC electric hydraulic pump work?
1. Overload protection: Overload protection is achieved by detecting the current of the motor. When the motor current exceeds the preset overload current value, the protection device will trigger and cut off the power supply to prevent the motor from overloading. This protection device usually has inverse time characteristics, that is, as the overload current increases, the protection action time of the protective device will be shortened accordingly to cut off the power supply faster and avoid overheating and damage to the motor.
2. Overheating protection: Overheating protection is achieved by detecting the temperature of the motor. When the motor temperature exceeds the preset overheating temperature value, the protection device will trigger and take corresponding protective measures, such as shutting down the water pump or reducing the pump speed, to prevent the motor from overheating and damage. This protective device usually has a temperature sensor that can monitor the temperature of the motor in real time and adjust protection measures according to temperature changes.
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