High temperature liquid Tuning Fork Level Sensor
The liquid level sensor switch is a new type of liquid level switch. It is designed and manufactured using the principle of tuning fork vibration. It is located at the sensing rod base of the tuning fork level switch, driven by a piezoelectric chip, and received by another piezoelectric chip to circulate the vibration signal and cause resonance of the sensing rod.
Description
Shandong Aipuxin Automation Instrument Co., Ltd. is one of leading manufacturers and suppliers of high temperature liquid tuning fork level sensor in China, also supports customized service with low price. Please rest assured to wholesale cheap high temperature liquid tuning fork level sensor in stock here from our factory.
Technical Parameter
Product Introduction:
Liquid level sensors are used to detect and monitor the levels of liquids in tanks and containers. These sensors are used across various industries, such as automotive, food and beverage, pharmaceuticals, and many others. However, like any other electronic device, liquid level sensors are also prone to malfunction. Here are a few ways to determine if a liquid level sensor is working correctly:
1. Conduct a visual inspection
The first step in determining the health of a liquid level sensor is to conduct a visual inspection. Check for any damage to the sensor housing or wires, and make sure the sensor is properly connected to the tank. If there is any visible damage, it is best to replace the sensor.
2. Use a multimeter
A multimeter is a useful tool to determine if the liquid level sensor is working correctly. Set the multimeter to the resistance measurement mode and connect the probes to the sensor. Take a reading of the sensor's resistance at empty and full levels. A good sensor will show a consistent value of resistance at both levels. If there is no resistance at all, or if the resistance doesn't change with the change in liquid level, the sensor is faulty.
3. Check for output voltage
If the liquid level sensor is a voltage output type, it is essential to check the output voltage. Connect the sensor to a power source and measure the output voltage with a multimeter. The voltage should increase as the liquid level rises and decrease as the liquid level falls. If the output voltage is inconsistent or doesn't change with the liquid level, the sensor is faulty.
4. Test the sensor in water
If everything else fails and you are still unsure about the health of the liquid level sensor, you can conduct a test in water. Immerse the sensor in a bucket of water and monitor the output signal readings. The sensor should provide accurate readings as the water levels rise and fall. If the readings are incorrect or the sensor fails to detect the water level, it is faulty.
In conclusion, liquid level sensors are crucial components in many industrial processes, and their proper function is critical. Regular maintenance and checks can prevent costly downtime due to faulty sensors. By following these steps, you can quickly identify and replace faulty sensors, ensuring smooth and efficient processes.
Product Features
product details
Product Application
Installation case
The Liquid level sensor switch is widely used in the petroleum, chemical, light industry, food, water treatment, building materials, and environmental protection industries, providing comprehensive solutions for various industries.
About Packaging
certificate
12 month warranty period; Lifetime maintenance free
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