Micro Solenoid Water Pump has a wide range of applications in various fields, including: Water treatment, Medical equipment,Automotive industry,Printing industry,such as water treatment systems for dosing of chemicals and filtration,blood analyzers, dialysis machines, and infusion pumps,the automotive industry for cooling systems, fuel injection systems, and windshield washer systems,printing machines to control ink flow and so on.
Technical Specification
| Voltage | dc12v | Rated power
| 6-11W |
| Pressure | 0.8-1.8bar | Flow | 0.7-0.9L/Min |
| Working temperature | 5-55 centigrade | Lifespan | 500H |
| Model | DYX-SPS-06 | Application | Cleaning robot,steam mop,steam iron,steam o |
Advantages of micro DC solenoid water pump
1. Simple structure: The miniature electromagnetic diaphragm water pump uses two diaphragms, separated by an intermediate isolation cavity. Between each diaphragm, two cavities are formed on the inside and outside of the pump head, one of which expands and the other contracts. This structure is simple and easy to maintain.
2. Small size and light weight: The miniature electromagnetic diaphragm water pump is small in size and light in weight, making it easy to carry and move.
3. Easy maintenance: The diaphragm and valve of the miniature electromagnetic diaphragm water pump are easy to replace and do not require professional skills and equipment.
4. Stable performance: The pump head of the miniature electromagnetic diaphragm water pump is generally made of stainless steel, which has good corrosion resistance. Due to the accurate matching of materials of the pump head, diaphragm and valve, the stability and reliability of the pump are improved.
5. No pollution: The working principle of the miniature electromagnetic diaphragm water pump is to transport fluid through the fluctuation of the membrane, which will not change the nature and quality of the fluid, and avoid the possibility of fluid contamination.
6. Silent operation: Using double ball imported bearings and high-precision molds, the eccentric wheel is designed to be silent to ensure long-term silent operation of the pump.
7. Long life: independently developed and designed high-end hollow cup brushless slotless motor, imported molds and raw materials, metal balance block, longer pump life, stable and reliable long-term operation.
8. Good air tightness: reasonable structure, innovatively designed diaphragm & valve plate, equipped pump head & complete sealing system, the overall air tightness of the pump reaches an excellent level.
9. High performance: The product structure design is based on the international brands KNF and Parker pumps. The overall design is reasonable, compact, high-performance, low noise and low vibration.
10. Energy saving and environmental protection: using electromagnetic power, energy saving and environmental protection.
Size:mm
Dimension
The main reasons for the noise of micro electromagnetic diaphragm water pumps are as follows:
1. Fluid dynamic noise: When the micropump is working, it continuously generates pulses of fluid pressure, which stimulates the vibration of the pump body, valves, pipes and other components to radiate noise to the outside world. Especially during the suction and exhaust processes, violent pressure fluctuations occur in the air inlet and valve cavity. The pressure fluctuations of the gas radiate out from the air inlet and exhaust ports in the form of sound waves, causing air inlet noise and exhaust emissions. Breath noise.
2. Mechanical noise: This type of noise is generated by the vibration of the membrane inside the pump, bearing friction, eccentric movement of the crankshaft and connecting rod, and the impact of the one-way valve. This type of noise is random and exhibits broadband characteristics.
3. Aerodynamic noise of the motor: there are mainly two types: eddy current noise and whistling noise. Eddy current noise is mainly caused by the alternating eddy currents on the rotating surface caused by the cooling air turbulence caused by the rotor and fan. Whistle noise is produced by compressed air, or air passing over fixed obstacles.
Solenoid Pump Flow Rate Chart
The electromagnetic water pump has the following specific functions in steam irons:
1. Efficient water pumping: The electromagnetic water pump uses the principle of electromagnetic induction to drive the movement of the diaphragm or piston, which can draw water from the water storage tank and transport it to the ironing surface of the steam iron, providing a water source for the steam iron.
2. Stable water supply: The electromagnetic water pump has stable water pressure and flow, which can provide a stable water source for the steam iron, thereby ensuring the consistency of the ironing effect.
3. Rapid heating: After the electromagnetic water pump delivers water to the steam iron, the water is converted into high-temperature steam through the heater, which can quickly heat the clothes and improve ironing efficiency.
4. Uniform ironing: The electromagnetic water pump can spray water evenly on the ironing surface, so that the clothes can be ironed evenly and it is not easy to produce water accumulation or ironing marks.
5. Easy to control: The electromagnetic water pump can control the current and frequency through the control circuit, thereby controlling the ironing temperature and humidity and achieving better ironing results.
6. Energy saving and environmental protection: The electromagnetic water pump has the advantages of high efficiency, low consumption, and environmental protection. It can reduce energy consumption and environmental pollution while ensuring the ironing effect.
Solenoid Water Pump applicaiton
How does the testing method of a miniature diaphragm electromagnetic water pump evaluate its performance and reliability?
1. Appearance inspection: Observe the appearance of the miniature diaphragm electromagnetic water pump, and check the surface coating and packaging quality, including whether there are scratches, damage, deformation and other problems.
2. Operation test: Connect the power supply of the micro diaphragm electromagnetic water pump, turn on the equipment, and observe its operation. Record the flow, head, power and other parameters of the water pump, compare with the standard values, and evaluate its performance.
3. Sound detection: During the operation of the micro diaphragm electromagnetic water pump, listen to its operating sound. If the sound is steady and there is no abnormal noise, it means the water pump is operating normally.
4. Functional test: Check whether the functions of the micro diaphragm electromagnetic water pump are normal. For example, check whether switches, speed controls, etc. are flexible and reliable, and whether they have functions such as preventing leakage.
5. Pressure resistance test: By testing the pressure resistance performance of the micro diaphragm electromagnetic water pump under pressure, its operation under high pressure can be evaluated.
6. Temperature test: After the miniature diaphragm electromagnetic water pump has been running continuously for a period of time, detect its shell temperature to evaluate its heat dissipation performance and operational stability.
7. Life test: Under the specified conditions of use, conduct a long-term continuous operation test on the micro diaphragm electromagnetic water pump to observe its service life and wear.
8. Gas composition analysis: If the micro-diaphragm electromagnetic water pump is used for gas transportation, the gas composition emitted by it can be analyzed by a gas analyzer to evaluate its environmental performance.
9. Safety test: Conduct safety tests such as overload test and short circuit test to evaluate the safety of the miniature diaphragm electromagnetic water pump during use.
10. Appearance details inspection: Observe the appearance details of the miniature diaphragm electromagnetic water pump, such as whether screws, joints, etc. are loose or leaking.
11. Accessory inspection: Inspect the accessories of the micro diaphragm electromagnetic water pump, such as whether the accessories are complete and whether they are damaged, etc.
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