AC230V solenoid pump for steam application

How does a mini solenoid pump work in a steam iron?

The working principle of a micro Solenoid Pump in a steam iron is mainly based on the principles of electromagnetic induction and liquid hydrodynamics. The following is its detailed working principle:

Firstly, when the power is turned on, the coil of the solenoid pump will generate a magnetic field. This magnetic field will have an effect on the magnetic core inside the pump, attracting the iron core inside to move. During this process, the piston connected to the magnetic core will move upwards, causing the valve inside the pump to open.

After the valve opens, water is drawn from the water tank of the steam iron into the water circuit of the electromagnetic pump. At this point, due to the opening of the valve, the water path is unobstructed and water can flow smoothly into the electromagnetic pump.

As the piston continues to move, when it reaches a certain position, the valve will be closed and the waterway will be isolated. At this point, the coil of the electromagnetic pump loses its current, the magnetic field disappears, and the iron core inside the magnetic core moves downwards under the action of the spring, causing the piston to also move downwards.

During the downward movement of the piston, due to the isolation of the water circuit and the push of the piston, water is compressed and sprayed out from the electromagnetic pump. During this process, the pressure of water increases and ultimately converts into steam, which is sprayed out from the nozzle of the steam iron.

Through this cyclic operation, the mini electromagnetic pump can continuously extract water from the water tank and convert it into steam for spraying. When using a steam iron, users only need to press the spray button to obtain a continuous and stable steam supply, thereby achieving ironing and organizing of clothes.

What is the role of a AC Solenoid Pump in a steam iron?

The Micro Solenoid Water Pump plays a crucial role in steam irons. Its main function is automatic water supply, ensuring heating of the iron.

At this time, the water in the water tank can be automatically extracted and supplied to the heating plate for heating, thereby generating steam. Specifically, when the power is turned on, the coil of the electromagnetic pump will generate a magnetic field. This magnetic field will attract the iron core inside the magnetic core and move upwards with the piston connected to the spring on the valve, causing the valve to open. In this way, water can be extracted from the water tank into the water circuit of the electromagnetic pump. When the piston moves to a certain position, the valve will close, the water circuit will be isolated, and the coil of the electromagnetic pump will lose its magnetic field. At this point, the iron core inside the magnetic core will move downwards under the action of the spring, and the piston will also move downwards together, causing water to be sprayed out from the electromagnetic pump. When the piston moves to a certain position again, the valve will be opened again, repeating the above process. Through this cyclic operation, the electromagnetic pump can extract water from the water tank and spray it into steam, thus achieving the operation of the steam iron.

Technical Specification

How does the Solenoid Water Pump automatically supply water in a steam iron?

In a steam iron, the Vibration Solenoid Pump achieves automatic water supply function through its unique working principle. Specifically, this process involves electromagnetic induction, mechanical motion, and fluid control.

When the power is turned on, the coil of the electromagnetic pump generates a magnetic field, which exerts a force on the magnetic core inside the pump, causing the iron core inside to be attracted and move upwards. This action is synchronized with the piston connected to the spring on the valve, causing the valve to open, allowing water to flow from the water tank into the water path of the electromagnetic pump.

As the electromagnetic pump continues to operate, when the piston moves to a certain position, the valve will be closed, and the water circuit will be isolated at this time. At this moment, the coil of the electromagnetic pump loses its current, and the magnetic field disappears. The iron core inside the magnetic core moves downwards under the action of the spring, and the piston also moves downwards. This downward movement generates pressure, pushing water out of the electromagnetic pump to form steam, which is then sprayed out through the nozzle of the steam iron.

This cycle process is constantly repeated, allowing the mini electromagnetic pump to continuously extract water from the water tank and convert it into steam. Therefore, when using a steam iron, users do not need to manually add water. The mini electromagnetic pump will automatically complete the water supply process, ensuring continuous steam supply.

DYX Mini Pumps And Solenoid Valves Application

What are the application ranges of High Pressure Solenoid Pump?

The application range of ac hgih pressure solenoid pump is quite extensive, and the following are their main application areas

1. Sweeping robot

2. Floor scrubber

3. Steam iron

4. Steam oven