Turbine Flowmeter

Flange Type

Turbine Flowmeter

HKLT Serial Turbine Flowmeter
Features:
It is kind of cheap flowmeter. Used to measure liquid which has no chemical corrosive reaction, diesel etc.
  • High Accuracy: ±0%, ±0.5%, ±0.2%(Customized)
  • High repeatability: 0.05%~0.2% in short term
  • Micro-power technology is used and power consumption is low.
 

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Clamped type

HKLT/C Clamp Type

Thread type2

HKLT/T Thread Type

Flange Type 2

HKLT/F Flange Type

Thread type

Thread Type for DN4mm

HKLT Series turbine flow meter (better described as an axial turbine) translates the mechanical action of the turbine rotating in the liquid flow around an axis into a user-readable rate of flow (gpm, lpm, etc.). The turbine tends to have all the flow traveling around it. The turbine wheel is set in the path of a fluid stream. The flowing fluid impinges on the turbine blades, imparting a force to the blade surface and setting the rotor in motion. When a steady rotation speed has been reached, the speed is proportional to fluid velocity. Turbine flow meters are used for the measurement of natural gas and liquid flow. Turbine meters are less accurate than displacement and jet meters at low flow rates, but the measuring element does not occupy or severely restrict the entire path of flow. The flow direction is generally straight through the meter, allowing for higher flow rates and less pressure loss than displacement-type meters. They are the meter of choice for large commercial users, fire protection, and as master meters for the water distribution system. Strainers are generally required to be installed in front of the meter to protect the measuring element from gravel or other debris that could enter the water distribution system. Turbine meters are generally available for 4 to 30 cm (1 1⁄2–12 in) or higher pipe sizes. Turbine meter bodies are commonly made of bronze, cast Iron, or ductile iron. Internal turbine elements can be plastic or non-corrosive metal alloys. They are accurate in normal working conditions but are greatly affected by the flow profile and fluid conditions.