Mini DC 12V hydraulic water pump unit

The DYX Mini DC electric hydraulic pump is a 3-volt mini pump with a current smaller than 300mA. It has a lifespan of more than 100,000 cycles and have an stop flow function. This DC Pump is suitable for use in smart sweeping machines.

DYX is committed to providing high-quality all kinds of mini  pumps and offers OEM and ODM services. Whether you need a customized solution or want to incorporate the DYX DSB020-B ultra mini pump into your existing design, we are here to help. For more information and detailed specifications, please don't hesitate to contact us. We are happy to assist you with any questions or requirements you may have.

How to make the flow-stop Mini Water Pump work normally in the robot?

2. Connection method: Correctly connect the flow-stop Liquid Dispenser Pump to the robot. This may involve some electrical engineering knowledge, as you'll need to connect the water pump correctly in the circuit. If you're not sure how to proceed, seek professional help.

3. Control the water flow: Since the micro-stop water pump is used to control the water flow, you need to set up a way to control the water flow inside the robot. This may involve using a microcontroller or a separate circuit to control the water pump on and off.

4. Programming: You need to write a code in the robot's program to control the work of the water pump. This code should be able to detect the water condition of the robot and turn the water pump on or off as needed. If you have no programming experience, you can use some graphical programming tools or modular code blocks to help you complete this task.

5. Testing and debugging: After completing the above steps, you need to test and debug your robot to ensure that the water pump can work properly. This may involve adding some sensors to the robot to detect water conditions, and testing and adjusting the water pump in the program.

Does the Mini Hydraulic Pump inside the sweeping robot need to have water all the time?

In addition, the water pump of the robot vacuum may dry out due to long periods of non-use, which may have a negative impact on the life of the water pump. Therefore, if the water pump needs to have water all the time, you can add an appropriate amount of water to the water tank to ensure the normal operation of the water pump and extend its service life.

It should be noted that different sweeping robots may have different designs and functions, so you can refer to the manual or contact the manufacturer for consultation when using them.

The impact of the flow rate of the Mini Liquid Pump on the intelligent sweeper

In the design and performance of smart sweepers, the flow rate of the micro water pump is a key factor. It not only affects the cleaning efficiency, but also affects the cleaning effect, noise level, power consumption and service life. This article will analyze these impacts in detail.

1. Cleaning efficiency

The flow rate of the DC Liquid Pump directly affects the cleaning efficiency. The large-flow water pump can suck up dirt on the ground more quickly, allowing the sweeper to complete more cleaning work per unit of time. In contrast, low-flow water pumps have insufficient suction, which may result in slow cleaning speeds and may even require manual intervention in some cases.

2. Cleaning effect

In terms of cleaning effect, high-flow water pumps are often better at removing tiny particles and dust from the ground. This is because a large flow of water can form a "water wall" that washes dust and dirt out of the ground, and then is sucked away by the vacuum suction port of the sweeper. A water pump with a small flow rate may not be able to achieve such an effect, resulting in incomplete cleaning.

3. Noise level

In terms of noise levels, high-flow water pumps may produce higher noise levels. This is because water flowing at high speeds produces a certain amount of noise, and greater flow means higher noise levels. While this does not cause permanent damage to hearing, it may cause discomfort to the user. In comparison, low-flow water pumps produce less noise.

1. Choose low-noise motors and bearings, and optimize the structural design of the dc pump.

2. Add a silencer or sound insulation material to the pump casing to reduce the spread of noise.

3. Optimize the installation of the pump to reduce vibration and resonance.

4.Power consumption

In terms of power consumption, water pumps with large flow rates often require higher power to maintain their operation. This means that using a high-flow water pump will consume more electricity. The small flow water pump has lower power, so the power consumption will be reduced accordingly.

5. Service life

In terms of service life, high-flow water pumps may cause components to wear out faster due to high-intensity work, thus shortening their service life. This is because high-flow water pumps require higher water pressure and faster rotational speeds to maintain their performance, which can lead to premature component wear. In contrast, water pumps with low flow rates may have a longer service life because they work less intensively.

Technical Specification:

When purchasing a miniature stop-flow water pump for use in a smart sweeper, there are the following considerations:

1. Determine the needs: First, clarify the needs of your smart sweeper, including cleaning area, cleaning efficiency, noise, battery life, budget, etc.

2. Pump size and power: Choose the appropriate pump size and power according to your needs. Generally speaking, larger pumps provide higher water pressure and faster cleaning speeds, but also require more electricity to run.

3. Water pump flow: The water pump flow is an important factor affecting cleaning efficiency. Generally speaking, the greater the flow rate, the faster the cleaning speed. But at the same time, traffic also affects noise and battery life.

4. Battery life: The battery life of a smart sweeper is an important factor affecting the user experience. Generally speaking, the longer the battery life, the wider the range of use, but it will also increase the cost of the product.

5. Operation convenience: The operation convenience of the smart sweeper is also a factor that needs to be considered. Generally speaking, the simpler the operation, the more convenient it is to use.

6. Security: Finally, security is also a factor to consider. Smart sweepers need to have safety features such as preventing falling, overheating, and short circuiting.

How does the dc diaphragm water pump in the sweeping robot ensure the effectiveness of vacuuming and water spraying?

In addition, the water pump of a sweeping robot is usually used in conjunction with a water tank. The water tank is usually located on the top or side of the sweeping robot, making it easy to add clean water or replace water. When vacuuming, the water pump will spray the absorbed water through the water pipe from the water nozzle, and mix it with the dust and stains on the ground to achieve the cleaning effect.

In order to ensure the effectiveness of vacuuming and water spraying, you need to pay attention to the following points when using a sweeping robot:

1. Regularly replace the filter: The Mini DC Liquid Pump of the sweeping robot needs to filter impurities and particles in the water when working, so the filter needs to be replaced regularly to ensure the normal operation and cleaning effect of the water pump.

2. Keep the water tank clean: The water in the water tank will mix with dust and stains on the ground, so the water tank needs to be cleaned regularly to avoid the impact of impurities and dirt in the water tank affect the suction and water spray effect of the water pump.

3. Avoid using too much detergent: When using a sweeping robot for cleaning, avoid using too much detergent as this may have a negative impact on the suction power and water spraying effect of the water pump.

4. Check the water pipes and water spouts: During use, you need to check whether the water pipes and water spouts are smooth and whether there are blockages or leaks. If an abnormality is discovered, it needs to be dealt with in time.