loading
| Availability: | |
|---|---|
Its Overflow components are made of 304, 316 316L, titanium, etc. The structure of pump is connecting directly.
Flow capacity: 0.2 -6.4m3/h
High lift: 18-130m
High temperature: 300 ℃
Pressure: 1.6MPa.
To transfer organic chemical medium. It can be used in acquarium.
Its flow is small, but lift is large. To transfer high temperature medium, it is necessary to install shaft coupling. Its operating performance is improved.
The components for sliding bearing have a structure of double supporting and double-cover plate.
Isolation sets are made of Hastelloy which has low magnetic permeability. With Hastelloy stretch forming, isolation sets have better corrosion resistance, pressure resistance and deformation resistance than those of welding.
For our company's metal induction magnetic drive pumps, the wearing parts are made of tungsten carbide.
Four common problems that disrupt the smooth operation of a pumping system: inadequate water flow, low lift height, noisy operation, and failure to pump water.
When the pump fails to pump water, it is usually due to several reasons such as air trapped inside the pump, clogging in the inlet pipe, water pump reversal, high suction lift, or magnetic deviation. If there is insufficient water flow, it can be attributed to a small suction pipe diameter, blockage in the impeller channel, high lift height, or low rotation speed. If the lift height is too low, it may be due to an excessive flow rate or low rotation speed. Lastly, if there is too much noise, it may be due to wear and tear of the shaft sleeve and bearings, friction between the isolation sleeve and the magnetic steel, or cavitation inside the pump.
Notes on magnetic pumps:
1. To prevent residual impurities from entering the pump chamber, the piping needs to be purged.
2. No-load operation is strictly prohibited.
3. The inlet and outlet piping must be matched with the pump's inlet and outlet diameters in accordance with the standard.
4. The magnetic pump must be used within the range of flow and head points specified in the catalogue.
Its Overflow components are made of 304, 316 316L, titanium, etc. The structure of pump is connecting directly.
Flow capacity: 0.2 -6.4m3/h
High lift: 18-130m
High temperature: 300 ℃
Pressure: 1.6MPa.
To transfer organic chemical medium. It can be used in acquarium.
Its flow is small, but lift is large. To transfer high temperature medium, it is necessary to install shaft coupling. Its operating performance is improved.
The components for sliding bearing have a structure of double supporting and double-cover plate.
Isolation sets are made of Hastelloy which has low magnetic permeability. With Hastelloy stretch forming, isolation sets have better corrosion resistance, pressure resistance and deformation resistance than those of welding.
For our company's metal induction magnetic drive pumps, the wearing parts are made of tungsten carbide.
Four common problems that disrupt the smooth operation of a pumping system: inadequate water flow, low lift height, noisy operation, and failure to pump water.
When the pump fails to pump water, it is usually due to several reasons such as air trapped inside the pump, clogging in the inlet pipe, water pump reversal, high suction lift, or magnetic deviation. If there is insufficient water flow, it can be attributed to a small suction pipe diameter, blockage in the impeller channel, high lift height, or low rotation speed. If the lift height is too low, it may be due to an excessive flow rate or low rotation speed. Lastly, if there is too much noise, it may be due to wear and tear of the shaft sleeve and bearings, friction between the isolation sleeve and the magnetic steel, or cavitation inside the pump.
Notes on magnetic pumps:
1. To prevent residual impurities from entering the pump chamber, the piping needs to be purged.
2. No-load operation is strictly prohibited.
3. The inlet and outlet piping must be matched with the pump's inlet and outlet diameters in accordance with the standard.
4. The magnetic pump must be used within the range of flow and head points specified in the catalogue.
