Mini 1.5 inch submersible water pump for humidifier

How does a Micro Submersible Pump work in a humidifier?

Here's how a Mini Submersible Pump works in a humidifier:

1. After powering on, the motor part starts to work, generates a magnetic field and drives the iron core to rotate.

2. The rotation of the iron core drives the impeller of the pump part to rotate. The rotation of the impeller generates centrifugal force and sucks water into the pump from the water inlet.

3. After the pump casing and impeller suck the water from the water inlet, it sprays the water through the nozzle. The design of the nozzle can make the water spray out in the form of fine mist, which increases the humidity of the air.

4. Thermal protector and overload protector can protect the motor and pump parts from damage.

This working method of the micro Submersible Pump can provide a stable and efficient moisture atomization effect for the humidifier, while extending the service life of the humidifier.

How efficient are micro submersible pumps in humidifiers?

The efficiency of a Small Submersible Pump in a humidifier depends on several factors, including pump design, power, operating pressure, flow rate, etc. Generally speaking, if the design of the micro submersible pump is reasonable, the power is sufficient, the working pressure is moderate, and the flow rate meets the requirements, then its efficiency in the humidifier should be relatively high.

In addition, the design of the humidifier and the matching degree of the micro submersible pump will also affect its efficiency. If the nozzle design of the humidifier is reasonable and can make full use of the working principle of the micro submersible pump, the atomization effect of the humidifier will be better, thus improving the efficiency of the entire humidifier.

How to evaluate the efficiency of micro submersible pumps in humidifiers?

The efficiency of micro submersible pumps in humidifiers can be evaluated through the following aspects:

1. Flow rate: The flow rate of the micro submersible pump should match the needs of the humidifier. If the flow rate is too low, the humidifier may not be able to achieve the required atomization effect; if the flow rate is too high, it may cause waste and even cause damage to the humidifier.

2. Power: The power of the DC Submersible Pump should match the needs of the humidifier. If the power is too low, it may not be able to provide enough pumping power, affecting the effectiveness of the humidifier; if the power is too high, it may cause waste or even cause damage to the micro submersible pump.

3. Working pressure: The working pressure of the micro submersible pump should match the needs of the humidifier. If the working pressure is too low, it may not provide sufficient atomization effect; if the working pressure is too high, it may cause damage to the humidifier and micro submersible pump.

4. Noise: The noise of the micro submersible pump is also a factor that needs to be considered. If the noise is too loud, it may affect people's lives and work.

How to optimize the efficiency of micro submersible pumps?

1. Choose the right power: Based on actual needs, choosing the right power can avoid waste and reduced efficiency. If the power is too low, it may not be able to meet the demand; if the power is too high, it may cause waste and reduce efficiency.

2. Adjust the working pressure: According to actual needs, adjusting the working pressure of the micro submersible pump can make it operate in the best condition and improve efficiency.

3. Reduce friction loss: Reducing friction loss can reduce energy consumption and improve efficiency. For example, lubricating bearings, using better sealing materials, etc. can reduce friction losses.

4. Improve transmission efficiency: Improving transmission efficiency can reduce energy consumption and improve efficiency. For example, the use of high-efficiency gearboxes, pulleys and other transmission methods can reduce energy loss.

5. Optimized design: Optimized design can make the Miniature Submersible Pump more efficient. For example, optimizing the impeller shape, pump casing structure, etc. can improve fluid dynamic performance and increase efficiency.

Technical Specification

How to reduce the noise of micro electric submersible pump?

1. Choose a low-noise model: When choosing a micro submersible pump, you can choose a low-noise model, which can reduce the noise during operation.

2. Shock-absorbing measures: When installing a micro submersible pump, shock-absorbing measures can be taken, such as using shock-absorbing pads, shock absorbers, etc., to reduce vibration and noise.

3. Pipeline optimization: If the pipeline design is unreasonable, it may cause noise. Therefore, the pipeline can be optimized, such as changing the direction of the pipeline, reducing elbows, etc., to reduce noise.

4. Add sound insulation materials: Sound insulation materials, such as sound-absorbing cotton, sound insulation panels, etc., can be added around the micro submersible pump to reduce the spread of noise.