AC230V mini solenoid pump for steam oven

How does a Solenoid Pump work in a steam oven?

1. Pumping and circulation:

When the steam oven needs to generate steam, the mini solenoid pump starts working. It drives the rotor inside the pump body to rotate through electromagnetic action, generating suction and extracting water from the water storage tank or built-in water box. The extracted water is pressurized by the pump body and transported through pipelines to the steam generation device or heating element.

2. Heating generates steam:

The water transported to the steam generation device is heated at high temperatures, usually through electric heating elements or infrared heating.

Water is rapidly converted into steam during the heating process, which is usually completed in a sealed steam generator to ensure the purity and pressure of the steam.

3. Steam supply and regulation:

The generated steam is transported to the interior of the steam oven through pipelines and valve systems for baking, cooking, or humidification of food.

The control system can monitor the pressure and temperature of steam, and adjust the working status of the electromagnetic pump as well as the supply and temperature of steam as needed.

4. Condensate recovery:

·During the operation of a steam oven, some steam may condense into water after coming into contact with food. These condensed water are usually designed to flow back into the water storage tank or water box.

The returned water can be extracted and reused by the mini electromagnetic pump, thereby achieving effective utilization of water resources.

How can a mini electromagnetic pump achieve effective utilization of water resources?

1. Circulating water supply: The Micro Solenoid Water Pump can continuously extract, pressurize, and deliver water from the storage tank or built-in water box to the steam generation device. This process is cyclic, meaning that once steam is generated and used, the condensate will be recovered and extracted again by the pump body, participating again in the steam generation process. This circular water supply method avoids the waste of water resources.

2. Accurate control: Mini electromagnetic pumps are usually equipped with a control system that can accurately control the pump's working status based on the actual needs of the steam oven or steam mop, including pumping volume, pumping speed, and pump operating time. This precise control ensures the rational utilization of water resources and avoids the excessive or insufficient use of water.

3. Energy saving design: Mini electromagnetic pumps usually adopt high-efficiency and energy-saving designs to reduce energy consumption and unnecessary heat loss. This design not only extends the service life of the equipment, but also reduces energy waste, thereby achieving effective utilization of water resources.

4. Anti dry burn protection: When the water level in the storage tank or water box is too low, mini electromagnetic pumps are usually equipped with anti dry burn protection function, which can automatically cut off the power and stop working to prevent damage to the pump body. This protective function avoids resource waste and equipment damage caused by dry burning.

Technical Specification

How can the mini solenoid water pump in a steam oven achieve overheat protection and dry burn protection?

The mini Vibration Solenoid Pump in a steam oven usually achieves overheating protection and dry burning protection through built-in temperature sensors and control systems. The specific working principle is as follows:

Overheat protection:

1. Temperature detection: One or more temperature sensors will be installed inside the mini electromagnetic pump to detect the temperature of the pump body or surrounding environment in real time.

2. Signal transmission: When the temperature reaches or exceeds the preset safety threshold, the temperature sensor will send a signal to the control system.

3. Response action: After receiving an overheating signal, the control system will immediately take corresponding protective measures, such as turning off the power, reducing power, or starting the cooling system, to prevent damage or safety accidents caused by overheating of the pump body.

Dry burning protection:

1. Water level detection: In the water tank or box of a steam oven, a water level sensor is usually installed to detect the presence of water and the level of water.

2. Signal transmission: When the water level sensor detects that the water level is too low or there is no water, it will send a signal to the control system.

3. Response action: After receiving the dry burning signal, the control system will immediately stop the operation of the mini electromagnetic pump and may trigger an alarm or display a prompt message to inform the user that water needs to be added. This can prevent the pump from running without water and prevent damage caused by dry burning.

Dimension Drawing

How can the Solenoid Water Pump in a steam oven achieve automatic water replenishment function?

The automatic water replenishment function of the mini electromagnetic pump in a steam oven is usually achieved through collaborative work with components such as the water tank, water replenishment valve, and steam tray. The following is a typical implementation process of automatic water replenishment function:

1. Water tank setting: The top or side of the steam oven usually has a detachable water tank to store enough water for steam generation.

2. Design of water replenishment valve: The water replenishment valve is a key component that controls the entry of water into the steam tray. It usually includes an import section and an export section. The inlet part is connected to the water tank through the first conduit, while the outlet part is connected to the inner chamber of the steam plate through the second conduit.

3. Water level detection: A water level sensor is usually installed in the steam tray to detect the real-time water level height inside the steam tray.

4. Automatic water replenishment process:

When the steam oven starts working, the steam tray starts heating and generating steam. As steam is consumed, the water level inside the steam tray gradually decreases.

When the water level sensor detects that the water level in the steam tray is below the preset safe water level, it will send a signal to the control system.

After receiving the signal, the control system will activate the mini electromagnetic pump to start working. The mini electromagnetic pump extracts water from the water tank through the first conduit and delivers it to the inner chamber of the steam tray through the second conduit. With the continuous replenishment of water, the water level in the steam tray gradually rises.

When the water level sensor detects that the water level in the steam tray has reached the preset maximum water level, it will send a signal to the control system, which will then shut down the mini electromagnetic pump and stop the water replenishment process.

DYX Mini Pumps And Solenoid Valves Application

The specific application scenarios of mini electromagnetic pumps in steam ovens are mainly reflected in the following aspects:

Firstly, the DC solenoid pump provides a stable and efficient steam supply for the steam oven. During the baking process, food requires appropriate moisture to maintain its taste and nutrition. The mini electromagnetic pump ensures that food receives a uniform and appropriate amount of steam during the baking process by precisely controlling the generation and transmission of steam, making the taste of food more tender and juicy, and avoiding excessive drying.

Secondly, the mini electromagnetic pump achieves precise temperature control in the steam oven. By cooperating with temperature sensors and controllers inside the oven, the mini electromagnetic pump can adjust the amount of steam generated according to preset temperature requirements, thereby achieving precise control of the internal temperature of the oven. This helps to ensure that food is baked under optimal temperature conditions, improving the baking effect.

In addition, the mini electromagnetic pump also helps to achieve multifunctional steam ovens. In addition to the basic baking function, the steam oven can also achieve various cooking methods such as steaming and stewing through the steam provided by the mini electromagnetic pump. This makes the steam oven more flexible and versatile during the cooking process, meeting the cooking needs of different flavors and needs.