The integration of mini pump and valve is mainly through the following steps:
1. Design and manufacturing: According to needs and design requirements, design and manufacture various components of the micro pump and valve, including pumps, valves, fluid channels, seals, etc.
2. Assembly and debugging: Assemble the various components together, and conduct debugging and testing to ensure that the equipment can work properly.
3. Integrated control: Through the design and optimization of the internal structure, integrated control of pumps and valves is achieved. For example, the flow and direction of fluid can be precisely controlled by controlling the speed of the pump and the opening of the valve.
4. Fluid transportation: When the Micro DC Pump valve body receives the start signal, the pump starts to work and transports fluid from the low-pressure area to the high-pressure area. At the same time, the valve opens, allowing fluid to flow through the valve.
5. Flow and pressure adjustment: During the fluid transportation process, the flow and pressure of the fluid can be adjusted by adjusting the opening of the valve and the speed of the pump. This enables precise control and delivery of fluids.
6. Stop working: When the Mini DC Pump valve body receives the stop signal, the pump and valve close, stopping fluid delivery application of Integrated Pump And Valve in automobile massage system
How can the integrated micro pump and valve improve work efficiency and ease of use?
1. Optimize the matching of pumps and valves: According to specific application scenarios and fluid characteristics, selecting appropriate pumps and valves for matching can improve the delivery efficiency and ease of use of the integrated micro pump and valve. For example, for scenarios where high-viscosity fluids need to be conveyed, choosing a plunger pump or diaphragm pump with higher pressure and flow rate, and using a valve to adjust the flow rate, can achieve stable conveyance and precise control of the fluid. 2. Integrated design: Through the integrated design of the micro pump and valve, the pump, valve, sensor and other components are integrated to achieve a compact structure and efficient operation. Integrated design can reduce the resistance of fluid during transportation, reduce energy consumption, and improve the overall efficiency of the equipment.
3. Intelligent control: Using advanced control algorithms and sensor technology to intelligently control the integrated micro pump and valve, automatic operation and optimized control of the equipment can be achieved. For example, by using a PID controller or fuzzy control algorithm, the operating status of the equipment can be monitored and adjusted in real time to ensure stable fluid delivery and precise control.
Quick Detail:
- Voltage:DC12V
- Current:180mA
- Flow rate:0.4L/Min
- Pressure:600-850mmHg
- Media:Air
- Life cycle:more than 100000 cycles
- Noise:Smaller than 62dB
- Leakage:15mmHg/min
| Voltage | DC12V | Power | 1.8W |
| Pressure | 0-60Kpa | Used fluid | Air |
| Resistence | Resistance：80±5％Ω | Frustrated speed | ≤4S |
What factors should be considered when choosing a pump-valve combination?
1. Application requirements: First of all, it is necessary to clarify the application requirements of the integrated pump and valve, such as the type of fluid transported, flow rate, pressure and other parameters. These parameters will directly affect the type, specifications and performance requirements of the pump-valve integration.
2. Power source: Select the appropriate power source according to application requirements and site conditions. Electric power sources are suitable for conventional industrial purposes, while pneumatic and hydraulic power sources are suitable for special occasions or environments with special requirements for explosion protection.
3. Pump body performance: The performance of the pump body is an important factor affecting the efficiency and service life of the integrated pump and valve. It is necessary to pay attention to the performance of the pump body in terms of material, structure, suction and discharge capacity, and corrosion resistance.
4. Valve type: Valve is an important control component in the pump-valve integration, and the appropriate valve type needs to be selected according to actual needs. Common valve types include ball valves, gate valves, globe valves, etc. Different valve types have different characteristics and usage occasions.
5. Control accuracy: For some application scenarios that require precise control of flow, it is necessary to choose a pump-valve integration with higher control accuracy. Control accuracy is often related to the performance of sensors, controllers and actuators.
6. Energy efficiency: Energy efficiency is one of the important indicators for evaluating the integrated performance of pumps and valves. When choosing, you need to pay attention to the energy efficiency level, power factor and other parameters of the pump and valve integration to choose efficient and energy-saving products.
7. Maintenance: Maintenance of the pump and valve is crucial to its service life and stability. The maintenance requirements of the product need to be considered, including the ease and cost of regular inspections, replacement parts, cleaning, etc.
8. Reliability and durability: Choosing a pump-valve integration with high reliability and durability can ensure its long-term and stable working performance. It is necessary to pay attention to information on product quality, brand awareness, service life, etc.
The integrated micro pump and valve achieves precise control of trace amounts of liquid in the following ways:
1. Micro pump-valve integration usually uses high-Precision Pump body and valve components, which can accurately control the suction and discharge of liquid. The design and manufacturing accuracy of the pump body and valve determine the precise control effect of trace amounts of liquid.
2. The integrated micro pump and valve is usually equipped with high-precision sensors and control devices, which can monitor parameters such as liquid flow and pressure in real time, and feed these parameters back to the control system to achieve more precise control.
3. The integrated micro pump and valve also adopts optimized pipes and seals, which can reduce fluid resistance and leakage, thereby ensuring precise transmission and control of trace amounts of liquid.
4. The integrated micro pump and valve also adopts advanced energy efficiency optimization technology, which can minimize energy consumption, thereby achieving efficient and energy-saving micro-liquid control.
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