Smart Toilet Mini DC Diaphragm Electric Air Pump

The emergence of the new technology will bring the micro air pump industry into a new era. Firstly, the revolutionary reform of the driving mode has further reduced its size. Secondly, the addition of electronic control systems has completely freed the control of the entire system from manual operation and achieved precise and adjustable liquid transmission. These two points have truly made the electronic air pump achieve miniaturization and intelligence.

From another perspective, micro electronic air pumps can also be subdivided into portable air pumps, which are small in size, light in weight, and easy to carry micro vacuum pumps. This type of air pump has one suction nozzle and one exhaust nozzle for one inlet and one outlet, and can continuously form vacuum or negative pressure at the inlet, while a slight positive pressure is formed at the exhaust nozzle. The working medium is mainly gas.

What type of pump is most suitable for smart toilets?

Choosing a pump suitable for smart toilets mainly depends on your specific needs and toilet configuration.

Generally speaking, a smart toilet requires a pump that can provide stable water flow and low noise. Therefore, you may need to choose a brand with a good reputation and quality assurance to ensure the performance and lifespan of the pump.

In addition, you need to determine whether your smart toilet is powered by electricity or water. If it is electrically driven, you may need to choose a motor pump that can drive the pump body to work and generate water flow. If it is water driven, you may need to choose a mini water pump that can drive the pump body through the impact force of water flow

Work generates greater water pressure.

In addition, the role of water pumps and air pumps in smart toilets is different. Water pumps are used to flush water, while air pumps are used to inject bubbles into the water to avoid excessive water pressure causing skin irritation, thus achieving a comfortable flushing function

When choosing a pump suitable for a smart toilet, you also need to consider some other factors, such as your home's water quality, water pressure, pipeline conditions, and so on.

If the water quality is poor, you may need to choose a pump with filtering function; If the water pressure is low, you may need to choose a pump with a pressure boosting function; If the pipeline is long or there are many turns, you may need to choose a pump with a larger head and suction.

Technical Specification    

Why not use a micro water pump instead of a small diaphragm air pump to blow bubbles into the water for comfortable flushing?

The main reason for using micro air pumps instead of micro water pumps in smart toilets is to improve comfort and effectiveness. Micro air pumps can generate softer and more uniform water flow, achieving a more comfortable flushing experience. In addition, using an air pump can reduce direct contact with water flow, avoid direct impact on the skin, and reduce unnecessary irritation and discomfort. On the other hand, the dc air pump can also control the intensity and direction of the water flow, making flushing more precise and personalized. Additionally, only an air pump can be used for pumping air, while a water pump cannot

Dimension Drawing

Which pump is more energy-efficient to use in smart toilets?

In smart toilets, micro air pumps are more energy-efficient than micro water pumps. This is because micro air pumps have the following advantages:

1. Efficient and energy-saving: The efficiency of micro air pumps is usually higher than that of micro water pumps, which can provide the required flushing effect with lower energy consumption.

2. Air injection technology: The intelligent toilet uses a portable electric air pump to mix air and water through air injection technology, achieving a softer and more comfortable flushing experience. Compared with micro water pumps, micro air pumps can better control the ratio of air to water, thereby achieving better flushing effect and energy-saving performance.

3. Energy saving mode: Many smart toilets have energy-saving or water-saving modes, which usually use micro air pumps to control the amount and speed of flushing water to achieve better water-saving effects.

Performance chart

Does the micro diaphragm pump generate pressure or flow?

The small air compressor pump uses the reciprocating motion of the diaphragm to compress and transport gas, thereby generating a certain pressure and flow rate. When the diaphragm moves towards the inside of the air pump, the gas in the air pump chamber is compressed, the pressure increases, and the flow rate decreases; When the diaphragm moves outward, the gas inside the air pump chamber expands, the pressure decreases, and the flow rate increases.

Due to the continuous reciprocating motion of the diaphragm, a small dc electric pump can generate continuous pressure and flow.

The pressure and flow rate generated by a micro diaphragm air pump depend on various factors, such as the design of the air pump, the properties of the gas, the temperature of the gas, and the flow rate of the gas.

Generally speaking, micro diaphragm air pumps can generate lower pressure and smaller flow, making them more suitable for situations where pressure and flow requirements are not high.