The Tee flow switch manufacturer tells you that the flow switch is mainly used in the medium pipeline such as water, gas, oil, etc., or a piercing device to trigger the switch to output an alarm signal when the flow rate is higher or lower than a certain value, and the system obtains the signal. Then the corresponding fulfillment unit action can be made.

Tee flow switch manufacturers tell you that the flow switch is a sensor controller that uses various principles to measure the activity of the medium in the pipeline and transmit the on-off signal to the back-end equipment in real time.
use:
Tee flow switch manufacturers tell you that the gas-liquid dual-purpose type can be widely used in industrial automation/mechanical equipment/air compression industry/refrigeration and air conditioning. , polysilicon ingot furnace, etc. The water flow switch magnets are not in active waterways and can be used in sewage systems and work properly.
working principle:
Tee flow switch manufacturers tell you that thermal flow switches are designed using the principle of changing the temperature of the probe head. Built-in heat sensor and thermal sensor in the probe, and touch with the medium. When measuring, the heat sensor emits stable heat. When there is no medium movement in the pipeline, the heat received by the heat sensor is a stable value. When there is medium movement, the heat received by the heat sensor will change with the flow rate of the medium. Change, the thermal sensor converts the temperature difference signal into an electrical signal, and then converts it into a corresponding contact signal or an analog signal through the circuit.
The principle of thermal diffusion flow switch, Tee flow switch manufacturers tell you that thermal diffusion technology is a technology with excellent performance and high reliability under severe conditions. The typical principle is that when two sensing elements are placed in the fluid, the One is heated and the other is used to sense the process temperature. Tee flow switch manufacturers tell you that the temperature difference between the two sensing elements is related to the process flow rate and the properties of the process medium. The temperature difference between the two sensing elements is greatest at no flow, but as flow increases, the heated sensing element cools and the temperature difference decreases. The fluid flow rate directly affects the degree of thermal diffusion.