Micro Diaphragm Water Pump 6V

Micro Diaphragm Water Pump 6V is a common small water pump device that uses the working principle of a diaphragm pump for fluid transmission. Its advantages are small size, low noise, energy saving and environmental protection, and it is widely used in medical equipment, laboratories, chemical industry and other fields.

 

Specifically, its working principle is as follows: an elastic material diaphragm is provided in the pump body, which separates the feed chamber and the discharge chamber. When compressed air enters one side of the diaphragm, the diaphragm moves to the other side, and the compressed liquid enters the feed chamber through the feed pipe. When the liquid level in the feed chamber rises, the compressed air pushes the diaphragm upward, causing the compressed liquid to flow out of the pump body through the discharge pipe. This process will be repeated continuously, thus achieving the transfer of fluid.

It has self-priming capability, and the flow rate is adjustable, and the flow rate can be controlled by adjusting the pressure. Since liquid and gas are completely isolated, there will be no "liquid leakage" or "gas leakage", ensuring the purity and cleanliness of the fluid. At the same time, it also has good corrosion resistance and wear resistance, and is suitable for different liquid medium transmission.

 

Therefore, it has simple working principle, high reliability and easy operation, and is widely used in laboratories, medical equipment, chemical industry, food and other fields. It provides good technical support for industrial production and also contributes to scientific research and the pharmaceutical industry.

Outline

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Information
Micro Diaphragm Water Pump 6V is a miniaturized pump device whose main function is to transport liquid through the compression and relaxation of the diaphragm. Compared with traditional water pumps, it is more compact, lightweight, and simple in structure, making it widely used in many fields.
Its advantages include:

1. Miniaturization and wide range of applications: Due to its miniaturized structure, it can be applied to many small equipment, such as some small instruments, small machines, etc.

 

2. High safety: It will not leak during operation, and the diaphragm can prevent external substances from entering the pump, improving the safety of use.

3. Good durability: Most of the materials it uses are high-quality materials, so they not only have good pressure resistance and wear resistance, but can also withstand high-intensity use.

 

4. Low cost of use: Its maintenance cost is relatively low, and maintenance operations are relatively easy.

5. It adopts an efficient diaphragm working principle, so it has high pumping capacity and can continuously and stably transport fluids with high solid particle content, high viscosity, and different pH levels.

Application 
As a common water pump equipment, it has a wide range of applications in addition to changing water in fish tanks and watering flowers and vegetables in daily life.

 

First, it is widely used in various small experimental models in the laboratory. Because of its simple structure, easy operation, resistance to pollution and ability to achieve precise control, it has been favored by many scientific researchers.

 

Secondly, in the application of inflatable pools, water beds, etc. and small swimming pools, it can not only provide sufficient water flow for these facilities, but also ensure that the water quality is clean and clean, bringing people pleasure and health.

In addition, it is widely used in some mechanical equipment. For example, in tea machines, it can provide sufficient water flow for tea brewing, giving consumers a better taste; in grain and oil pump stations, it can provide sufficient power for these mechanical equipment, ensuring production efficiency and quality.

 

In addition, it is also widely used in some scrubbing and cleaning equipment. For example, washing machines, dishwashers, and some cleaning equipment, it can provide sufficient water flow and power for these facilities to better complete the cleaning tasks.

 

Finally, it is also widely used in the field of regular watering. In addition to its application in watering flowers and vegetables in family life, it is also widely used in agricultural fields such as irrigation and field watering, adding a lot of convenience to farmers' production and life.

Company Profile

Our company was established in 2011 and is headquartered in Shenzhen as a micromotor manufacturer. We are committed to providing high-quality products, covering precious metal motors, carbon brush motors, reduction motors, brushless motors, steel pipe special-shaped motors, coreless motors, hub motors, water pumps, air pumps, solenoid valves and other DC motors, which are widely used in medical, Smart home, beauty, health, vehicle, model aircraft, electronic and electrical office supplies, banking, communication equipment and other fields. 

As a professional micromotor manufacturer, we have professional production and R&D equipment and advanced production management concepts. We focus on product quality and innovation, constantly expanding product lines and improving quality to meet customer needs. Currently, we have passed ISO/9001:2015 quality management system certification and IATF16949 automotive quality management system certification.

 

We adhere to the principle of "quality first, customer first" and continue to work hard and innovate. Thanks to the trust and support of our customers, Wistar is also growing rapidly and healthily. Our products are exported to Europe, the United States and other countries and regions in Southeast Asia, and have been unanimously recognized, trusted and praised by well-known international companies such as Mengfali, Panasonic and Philips.

Add
1.In order to ensure the long-term normal operation of Micro Diaphragm Water Pump 6V, we need to follow some product maintenance methods.

 

First, check whether there is any looseness at the joints of the pump and pipelines. Test-rotate the pump to see if it is flexible, and then check whether the motor rotates normally. Secondly, add bearing lubricating oil into the suspension, and pay attention to see whether the oil level is between the two lines on the oil mark. Then, unscrew the water diversion plug of the pump body and perform the water diversion operation. Then, close the gate valve of the water outlet pipe, the outlet pressure gauge and the inlet vacuum gauge. Finally, start the motor. When the pump is running normally, open the outlet pressure gauge and inlet vacuum gauge. After they show the appropriate pressure, gradually open the gate valve and check the motor load at the same time.

 

At the same time, we also need to try our best to control the flow and head of the pump within the range indicated on the pump nameplate to ensure that the pump operates near the high efficiency point for a long time in order to achieve maximum energy saving effects. Regularly remove rusty water from the air compressor and gas pipelines to ensure that pure air enters the pump body. Regularly check whether the periphery of the diaphragm pressure plate is severely oxidized and is not smooth, as well as clean the outside of the guide valve sleeve and clean the through hole on the valve housing. When the diaphragm is not ruptured, you only need to clean the pump chamber and the inlet and outlet conduits, and the pump will be basically clean after pumping clean water for a few minutes. When the diaphragm ruptures, the air valve and pump chamber need to be cleaned, and corresponding protective measures must be taken against corrosive media, and flushed with clean water.

2.In order to ensure the normal use of the pump and prevent possible dangerous situations, we need to pay attention to the following product precautions.

 

First, the fluid handled by the pump should not contain large particles that exceed the pump's maximum safe particle diameter standard. Therefore, before selecting a pump, we need to have a basic understanding of the properties of the fluid and determine the maximum safe particle diameter standard for the pump. This ensures smooth operation of the pump.

 

Secondly, the inlet pressure also needs to be paid attention to. When using the pump, the inlet pressure cannot exceed the maximum allowable operating pressure of the pump. If the compressed air pressure is higher than the rated pressure, personal injury, property damage, and impairment of pump performance may result. Therefore, before using the pump, we need to perform certain detection and control on the compressed air to avoid exceeding the maximum allowable pressure of the pump.

 

In addition, we also need to ensure that the pump pressure piping system can withstand the high output pressure achieved, and that the drive air system is clean and in normal working conditions. If the pipeline system does not have enough capacity to withstand the output pressure, it may cause pump failure. Therefore, before using the pump, we need to conduct certain tests on the pipeline system and ensure the normal working conditions of the pipeline system.

 

When using the pump, we also need to prevent static sparks, which may cause explosions and lead to extremely dangerous situations. We need to use wires with a large enough cross-sectional area and connect the grounding screw on the pump to ground properly and reliably. At the same time, the grounding requirements comply with local regulations, legal requirements and some special requirements on site. If the grounding does not meet the requirements, static sparks may occur, leading to dangerous situations.

 

We must also tighten the pump and connecting pipe joints to prevent static sparks caused by vibration, impact and friction, and use anti-static hoses. At the same time, the reliability of the grounding system also needs to be checked and tested periodically, and the grounding resistance is required to be less than 100 ohms.

 

Finally, we also need to maintain good exhaust and ventilation and stay away from flammable, explosive and heat sources. This can effectively avoid dangerous situations when using the pump.