Product Category
Features:
The Venturi geometric structure is wear-resistant and has a long service life. It requires no frequent cleaning or regular inspection, resulting in minimal maintenance.
It features low pressure loss, which is approximately 1/5 to 1/3 of that of an orifice plate, thus saving energy.
Maximum turndown ratio: 1:10
All units undergo actual flow calibration before leaving the factory, with a maximum accuracy of Class 0.5.
It is used for flow measurement, control, and regulation of various media in various industries, including clean liquids, clean gases, as well as dirty/corrosive/viscous liquids and dirty gases. In addition, it can also be applied to the measurement of complex flow scenarios such as bidirectional flow, multiphase flow, low flow velocity, large-diameter pipes, and special-shaped pipes.
Features:
The Venturi geometric structure is wear-resistant and has a long service life. It requires no frequent cleaning or regular inspection, resulting in minimal maintenance.
It features low pressure loss, which is approximately 1/5 to 1/3 of that of an orifice plate, thus saving energy.
Maximum turndown ratio: 1:10
All units undergo actual flow calibration before leaving the factory, with a maximum accuracy of Class 0.5.
It is used for flow measurement, control, and regulation of various media in various industries, including clean liquids, clean gases, as well as dirty/corrosive/viscous liquids and dirty gases. In addition, it can also be applied to the measurement of complex flow scenarios such as bidirectional flow, multiphase flow, low flow velocity, large-diameter pipes, and special-shaped pipes.
Parameter
| Specifications | DN20-DN3000 |
| Connection Method |
Flange connection, welding, insertion, etc |
| Voltage resistance level | 42MPa |
| Fluid Temperature |
Up to 650 ° C |
| Pressure Tapping Method |
Pressure equalization ring for pressure measurement |
| Material |
20G、304、316L、15CrMo、12Cr1Mov、 Titanium, Hastelloy, etc |
| Requirements for straight pipe sections |
At least 7D before and 3D after |

