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What is the most common piston pump?
The most common type of piston pump is electric reciprocating pump, which can be divided into single cylinder and multi cylinder structures. The characteristic of this pump is that it has a high head and can suitable for various application scenarios. The piston pump achieves the suction and discharge of liquid through the reciprocating motion of the piston, thereby completing the liquid transportation.
Technical Specification
| Product Model | DHB-ZK12 | Voltage | dc12v |
| Current | 900mA | Pressure | -80kPa |
| Flow | 13L/Min | Media | Air |
| Life cycle | 800 hours | Application | Massager,vacuum package machine,vacuum blender |
How reliable is the micro diaphragm piston pump?
Firstly, structurally speaking, the vaccum piston pump combines the working principles of diaphragm pumps and piston pumps, giving it both the self suction function of diaphragm pumps and the characteristics of stable pressure, as well as the high efficiency and precise flow control ability of piston pumps. This combination enables the micro diaphragm piston pump to perform well in various application scenarios, improving its reliability.
Secondly, micro diaphragm piston pumps are usually made of high-quality materials, undergo precision machining and strict quality control to ensure their good performance and long service life. In addition, some advanced micro diaphragm piston pumps are also equipped with intelligent control systems, which can achieve automatic adjustment and fault alarm, further improving their reliability.
Finally, the micro diaphragm piston pump has shown good stability and reliability in practical applications. They can operate continuously and stably, and can withstand a certain degree of pressure and temperature changes. Meanwhile, due to their small size and low noise, they can be easily used and maintained in various environments.
Dimension Drawing
Do micro piston pumps require back pressure?
Whether a mini piston vacuum pump requires backpressure depends on its specific application and design. Back pressure usually refers to the pressure behind the pump outlet in a fluid system. This pressure may come from pipeline resistance, valves, or other devices, which will affect the work of the pump.
In some cases, micro piston pumps may require backpressure to ensure proper flow control or to prevent fluid backflow. Back pressure can help stabilize pump output, increase pump efficiency, and prevent cavitation in some applications. However, excessive back pressure can also cause the pump to be overloaded or damaged, so it must be carefully selected and adjusted.
On the other hand, if a micro piston pump is designed to operate in a low or no backpressure environment, then it may not require backpressure. For example, in some simple liquid transfer applications, there may not be enough pipe resistance or other factors to create significant back pressure.
DYX mini pumps and solenoid valves application
How does the back pressure of a mini piston pump affect its performance?
The back pressure of a dc piston pump has many effects on its performance, which can be positive or negative, depending on the size of the back pressure and the design of the pump.
First, moderate back pressure helps stabilize the output flow of the micro piston pump. The presence of back pressure can reduce the fluctuation of the fluid in the pump, making the output more uniform and continuous. This is very important for applications that require precise flow control.
Second, back pressure can also prevent fluid backflow and ensure that the pump can effectively transport the fluid. In some applications, if there is not enough back pressure at the outlet, the fluid may flow back into the pump, causing unstable operation or damage to the pump.
However, too high back pressure can also have a negative impact on the performance of the micro piston pump. Too high back pressure increases the workload of the pump, which may lead to reduced efficiency, increased heat and even damage to the pump.
In addition, too high back pressure may also cause cavitation, that is, bubbles or cavities appear inside the pump, which will affect the stability and reliability of the pump.
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Main Product:
Mini Diaphragm Pump,
Solenoid Pump,
Peristaltic Pump ,
Piston Pump,
Solenoid Valve,
Solution For Mini Pumps And Valves
