Sensor Toilet Seat Mini Electric Air Circulation Pump

The working principle of the Dc Air Pump in the intelligent toilet is mainly driven by the operation of the motor, which drives the reciprocating movement of the diaphragm, thereby compressing and discharging the gas in the diaphragm chamber. Micro diaphragm air pumps usually use oil-free lubrication technology to avoid pollution to the water source.

When the motor drives the diaphragm to start moving, the gas in the diaphragm chamber is compressed, generating a certain amount of pressure. As the diaphragm continues to move, the gas is gradually compressed. When the pressure reaches a certain value, the gas pressure will discharge the gas from the outlet of the gas pump.

In smart toilets, micro diaphragm air pumps are usually used in conjunction with flushing and air replenishment valves. When the user uses the toilet, the flushing and air replenishment valve will automatically sense and start the micro diaphragm air pump. The gas generated by the air pump enters the toilet water tank through the flushing valve, causing the water level in the tank to rise. As the water level rises, air pressure pushes the water in the tank through the nozzle, forming a strong flushing water flow.

How to choose the power and flow rate of the Electric Air Pump in the smart toilet?

When selecting the power and flow rate of the air pump in the smart toilet, the following factors need to be comprehensively considered:

1. Household size and water demand: When there are a large number of households or a high water demand, it is necessary to choose an air pump with higher power and flow rate to ensure the stability and reliability of water supply.

2. Water pressure and head requirements: Different smart toilet models have different requirements for water pressure and head. Choosing a suitable air pump can ensure the normal operation of the toilet. Meanwhile, if the water pressure is low, it is necessary to choose an intelligent toilet or booster pump with pressure boosting function.

3. Energy conservation and environmental protection: On the premise of meeting usage needs, low-power and low flow air pumps should be selected as much as possible to reduce energy consumption and environmental pollution.

4. Brand and Quality: Choosing well-known brands and high-quality air pump products can ensure product quality and reliability, and reduce the frequency of maintenance and replacement.

5. Installation: When installing an air pump, it is necessary to consider the position of the pump and the connection of the pipeline to avoid problems such as pump vibration and noise.

Technical Specification    

What are the factors required for a mini electric air pump used in smart toilets?

1. High efficiency: The air pump needs to be able to provide sufficient airflow pressure and flow to ensure the normal operation of the toilet.

2. Silence: As smart toilets are usually installed in quiet environments such as bedrooms or bathrooms, the air pump needs to have a low noise level to avoid affecting the user's quality of life.

3. Energy efficiency: Air pumps need to have energy-saving functions to reduce energy consumption and operating costs.

4. Long lifespan: Air pumps require high-quality materials and manufacturing processes to ensure their stable and reliable operation, as well as a longer service life.

5. Safety: The air pump needs to have overload protection and automatic power-off function to ensure user safety and stable operation of the equipment.      

Dimension Drawing

How to choose the power and flow rate of the Small Diaphragm Air Pump in the smart toilet?

The power and flow rate selection of the Small DC Air Pump in the smart toilet should be determined based on specific usage needs and toilet specifications. Generally speaking, the higher the power of the air pump, the corresponding increase in flow rate. However, the selection of power and flow rate should be balanced according to the actual situation.

When selecting the power of an air pump, it is necessary to consider the size of the toilet and the design of the drainage system. Generally speaking, a higher power air pump is suitable for large toilets or situations that require a larger drainage volume. It is generally suitable to choose an air pump with a power between 100W-500W.

The flow rate refers to the amount of gas that the air pump can discharge per unit time, and the selection of flow rate should be determined based on the frequency of toilet use and drainage needs. Generally speaking, the larger the flow rate, the faster the drainage speed will be, but it will also consume more energy. For smart toilets, it is generally more appropriate to choose an air pump with a flow rate between 2.0-3.0L/min.

Performance chart

What is the noise level of a micro air pump in a smart toilet?

The noise of micro diaphragm air pumps in smart toilets is generally very low. This is because the micro diaphragm air pump adopts advanced sound insulation design and technology, which can effectively reduce noise generation. Normally, the noise level of a portable electric air pump during operation is less than 55dB, which is equivalent to a soft and gentle volume, and it will hardly cause any interference to the user. Therefore, the use of a Small Air Compressor Pump in smart toilets is a very suitable choice, which can not only achieve good drainage effects, but also maintain a comfortable user experience.