Mini water pump for robot vacuum cleaner

What is the required flow rate and head for a Micro Water Pump used in a sweeping robot?

The application of Micro Diaphragm Pumps in sweeping robots depends on the specific design and cleaning requirements of the sweeping robot for flow and head requirements. Generally speaking, the Mini Water Pump of the sweeping robot does not require a particularly high flow rate and head, as its main purpose is to spray cleaning water or liquid onto the ground and clean it with the robot's brush or mop.

The flow rate (usually expressed in liters per minute or milliliters per minute) determines the amount of water that a water pump can deliver per minute. For robotic vacuum cleaners, the flow rate does not need to be particularly high, as only an appropriate amount of water or cleaning solution needs to be sprayed during each cleaning. Generally speaking, a flow rate of a few milliliters to tens of milliliters per minute may be sufficient.

Head (usually expressed in meters or centimeters) is the height to which a water pump can lift water. For robotic vacuum cleaners, the demand for lift is also relatively low, as water or cleaning solution only needs to be lifted to the nozzle or brush part of the robot, rather than being raised to a high height. Usually, a head of a few centimeters to tens of centimeters may be sufficient.

What are the specific application scenarios of micro diaphragm water pumps in sweeping robots?

1. Wet mopping function: Many modern sweeping robots are equipped with wet mopping function in addition to dry sweeping function. The micro diaphragm water pump is used in this situation to provide an appropriate amount of water or cleaning solution to the mop or mop, making the ground moist and clean, and more effectively removing stains and dust.

2. Automatic cleaning system: Some advanced sweeping robots are equipped with an automatic cleaning system, which uses a DC Diaphragm Water Pump to spray water or cleaning solution onto the ground and scrub it through the robot's brush or mop head. The flow rate and head of this water pump need to be carefully designed to ensure that water or cleaning solution is evenly distributed on the brush head or mop, in order to achieve the best cleaning effect.

3. Ground pre-treatment: In some cases, the ground may require pre-treatment, such as removing stubborn stains or grease. Micro diaphragm water pumps can be combined with specific cleaning agents to pre treat specific areas by spraying them on the ground, preparing for subsequent cleaning work.

4. Automatic humidification function: For the sweeping robot used in the dustbin, the micro diaphragm water pump can be used to provide an appropriate amount of water mist to maintain the humidity during the cleaning process, avoid dust flying, and improve the cleaning effect.

Technical Specification:

How to evaluate the durability of micro diaphragm water pumps in robotic vacuum cleaners?

To evaluate the durability of micro diaphragm water pumps in robotic vacuum cleaners, the following aspects can be considered:

1. Product quality and manufacturing process: Choose a well-known brand and reputable DC Water Pump, whose product quality and manufacturing process are generally more reliable, which can improve durability.

2. Material selection: The material selection of the water pump is also an important factor in evaluating its durability. High quality materials can improve the corrosion resistance and wear resistance of water pumps, thereby extending their service life.

3. Working environment: The working environment of the sweeping robot can also affect the durability of the Self Priming Micro Water Pump. If the working environment is harsh, such as high or low humidity, high dust, etc., it will affect the service life of the water pump. Therefore, when evaluating durability, it is necessary to consider the working environment of the sweeping robot.

Dimension Drawing

What are the specific aspects of the durability of micro diaphragm water pumps in robotic vacuum cleaners?

The durability of micro diaphragm water pumps in sweeping robots is specifically demonstrated in the following aspects:

1. Continuous working ability: Durability is first reflected in the ability of the Mini Liquid Pump to work continuously and stably, without being prone to failure or damage. During the use of the sweeping robot, the water pump needs to continuously pump or drain water. If the durability of the water pump is insufficient, problems such as water leakage and blockage may occur, affecting the normal operation of the sweeping robot.

2. Service life: Durability is also reflected in the service life of micro diaphragm water pumps. A good water pump should be able to work stably throughout the entire service life of the sweeping robot, without the need for frequent replacement. The service life of a water pump is related to factors such as its material, manufacturing process, and operating environment.

3. Wear resistance: Due to the continuous pumping or drainage operations required by the DC Liquid Pump in the sweeping robot, the components of the water pump, such as the diaphragm and bearings, will be subject to certain wear and tear. A durable water pump should have strong wear resistance and be able to maintain good performance even after prolonged use.