Special pneumatic diaphragm pump for photovoltaic industry

口径25-100：

扬程50米

Principle of QB pneumatic diaphragm pump dedicated to photovoltaic industry
>A diaphragm is installed on the left and right sides of the pneumatic diaphragm pump, which are connected together by a central link. The compressed air enters the gas distribution valve from the air inlet of the pump, and is introduced into one of the chambers through the gas distribution mechanism, pushing the diaphragm in the chamber to move, while the gas in the other chamber is discharged. Once the end of the stroke is reached, the valve mechanism automatically introduces compressed air into the other working chamber, pushing the diaphragm in the opposite direction, so that the two diaphragms reciprocate continuously and synchronously. In the figure, the compressed air enters the gas distribution valve, causing the diaphragm to move to the right. The suction force of the chamber causes the medium to flow in from the inlet, pushing the ball valve into the chamber. The ball valve locks due to the suction, and the medium in the chamber is squeezed and pushed. Open the ball valve and flow out from the outlet. At the same time, the ball valve is blocked to prevent flow. In this way, the medium is continuously sucked in from the inlet and discharged from the outlet.
>QB pneumatic diaphragm pump parameters for photovoltaic industry
= Model
Size
Flow rate
/h
Lift

Outlet pressure
/
Suction lift

Maximum allowable
Passing particles
h(m)
Maximum air supply pressure
/
Maximum air
Consumption
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>Advantages of QB photovoltaic industry-specific pneumatic diaphragm pump
>It can transport a wide range of fluids, from low to Viscosity to high viscosity, from corrosive to viscous.
>No complex control system, no cables, fuses, etc.
>Small size, light weight, easy to move.
>No lubrication is required, so maintenance is easy and the working environment will not be polluted by dripping.
>The pump can always maintain high efficiency and will not be reduced due to wear.
>100% energy utilization. When the outlet is closed, the pump automatically stops. Equipment movement, wear, overload, and heat generation
>No moving seals, easy maintenance and avoids leakage. No dead spots when working.
>The pump will not overheat: compressed air is used as power, and when it is exhausted, it is a process of expansion and heat absorption. When the pneumatic pump is working, the temperature is reduced and no harmful gas is discharged.
>No sparks will be generated: the pneumatic diaphragm pump does not use electricity for power, and it prevents static sparks after being grounded
>Can pass liquids containing particles: because it works in a positive displacement manner and the inlet is a ball valve, it is not easily Blocking.
>The shear force on the material is extremely low: it is sucked in and spit out during operation, so the agitation of the material is minimal, suitable for the transportation of unstable substances
>The flow rate is adjustable and can be adjusted at the material outlet Install a throttle valve to adjust the flow.
>Has self-priming function.
>Can be run dry without danger.
>Can work diving.
>Yongjia County Yingke Pump Valve Co., Ltd. manufactures diaphragm pumps, electric diaphragm pumps, pneumatic diaphragm pumps