Turbine flow meters typically consist of the following components:
1. The turbine sensor is the core component of the turbine flowmeter, which includes a turbine shaft and a pair of magnetic blades. When the fluid passes through the turbine flowmeter, the velocity of the fluid causes the turbine shaft to rotate, and the magnetic blades change accordingly. By detecting the speed of the turbine shaft, the flow rate of the fluid can be determined.
2. The signal converter converts the speed signal generated by the turbine sensor into a standard electrical signal output. It typically includes electronic components such as an amplifier, filter, and digitizer for processing and converting sensor signals.
3. The turbine flowmeter display is used to display the flow information of the fluid. It can be a digital display screen or an analog instrument that displays real-time flow values based on the signal output from the turbine sensor.
4. Turbine flow meters require suitable connectors and pipelines to connect the fluid system. The connectors include flanges, threaded joints, etc., used to connect turbine flow meters and pipelines. The pipeline is used to guide the fluid through the turbine sensor and ensure that the fluid passes through the flowmeter in the correct way.
5. Turbine flow meters typically require an external power supply to provide operating voltage. The power supply can be either DC or AC, depending on the specific application requirements and turbine flowmeter model.
