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The GLT500 electronic water level sensor is designed to optimize industrial processes by providing real-time data to users. Assessing water levels is vital in many industries, such as construction, agriculture, manufacturing, and waste treatment. This level indicator has unique features that make it preferable to other indicators in some conditions. Its types include:
Capacitive level sensor
The GLT500 sensor uses capacitance to determine the water level within a container. It generates an electrical field and measures the dielectric constant of water compared to the container's air. The change in capacitance is then calculated and used to determine the water level. These sensors are effective in non-contact situations and when measuring water levels in solid materials like plastics or metals. They are suitable for hazardous area situations, where traditional methods may be unsafe.
Ultrasonic level sensor
Ultrasonic water sensors use high-frequency sound waves to measure the distance to the water surface. They send a sound wave pulse from the sensor to the water surface. The pulse is then reflected back, and the time taken for the pulse to return is measured. This allows for the calculation of the water level, as the sensor knows the height of the container. These sensors are great when users need a non-contact method to measure water in hard-to-reach containers or places. They also function well in changing environmental conditions.
Radar level sensors
The GLT500 sensor also uses radar to measure water levels. It emits microwave radar pulses towards the water surface and measures the time taken for the pulse to be reflected back. It then uses this information to determine water levels. These sensors are helpful when measuring water levels in large containers or open areas. They are also good at measuring water levels through vapors, gases, or foam. Radar sensors require very little maintenance compared to other sensors.
Water treatment
In water treatment, the GLT500 Electronic Water Level Sensor helps to effectively monitor and manage the water levels in treatment plants. This aids the treatment process and improves efficiency. The sensor sends real-time data that helps to control pumps and valves, reducing energy waste. This reduces operational costs while also making the plants function more efficiently.
Manufacturing
In manufacturing, businesses use the GLT500 Water Level Sensor to track water 활용도 in cooling systems, boilers, and water baths. Accurate measurements help prevent damage to equipment by maintaining the right water levels. It also helps in ensuring that processes that depend on water, for example, in chemical production, are done without any problem.
Agriculture
Agriculture, especially precision farming, benefits a lot from using the GLT500 sensor. It helps in monitoring water levels in farms and irrigation systems, ensuring crops get the right amount of water at the right time. This aids resource efficiency, as farmers can manage their water supply better and avoid waste.
Construction
In construction sites, the GLT500 helps monitor water levels in excavations and prevention of flooding. This helps in the safety and smooth operation of the work site with minimal disruption. It also ensures compliance with regulations.
Waste management
For waste management, the GLT500 sensor allows for effective monitoring of water levels in waste containers and prevents overflows. It helps to optimize the process of waste disposal, reduces environmental risks, and lowers costs.
Technical specifications
The GLT500 Electronic Water Level Sensor has a lot of features. Some of these features include an IP69K rating, 4-20mA output, and a working temperature range of - 40°C to +85 °C. It has a nominal pressure range of 0.3-0.6 MPa and operates on DC 12-24V voltage. It is available in both metric and imperial units with a median accuracy of ±1.5%. The sensor body has a stainless steel 304/316 casing. The sensor is 10mm in diameter and can be up to 1000mm in length, depending on the user's choice. It is lightweight, with its total weight less than 200 grams. The sensor is equipped with an M10*1, 1/2'', or 3/4'' slip-on connector. It is a compact and portable sensor that allows for easy installation and use.
How to install and use
In order to install and use the GLT500 sensor properly, there are some guidelines that need to be followed. The first step is to select an appropriate mounting location and mount the sensor at a proper angle. After this, establish a proper power connection. The sensor should then be connected to the monitoring system to get the water level data in real time. After completing these steps, ensure the working parameters are set correctly so as not to interfere with the readings. Regularly inspect the sensor to ensure optimal performance.
Maintenance and repair
To maintain the GLT500 sensor, users should regularly inspect it for any physical damage or buildup of materials that may interfere with its functioning. They should also check the power supply and wiring frequently to ensure they are secure and functioning optimally. The working parameters should also be checked to ensure they are set correctly. Any software updates should be done as required by the manufacturer. If there is any issue with the sensor, the first step should be to troubleshoot the problem. If the problem persists, then the sensor should be replaced.
Sensor quality considerations
The GLT500 Electronic Water Level Sensor has a 304/316 stainless steel casing that makes it resistant to rust and corrosion, thus ensuring longevity. It can operate in temperatures of between - 40°C to +85 °C, making it ideal in severe working conditions. It equally features an IP69K enclosure that protects it from dust and high-pressure water streams. It has a median accuracy of ±1.5% that helps it make precise readings and keeps it from providing users with wrong data. This sensor is compact and lightweight, making it easy to carry around and install in the required space. It is also very versatile and accommodates a lot of space between lengths of 100mm to 1000 mm.
Safety considerations
Any GLT500 sensors that have undergone proper installation and maintenance should be safe. However, users should avoid submerging the sensor in anything other than water at high temperatures, as this may cause internal damage. People should also avoid exposing the sensor to chemicals or materials that are not compatible with the stainless steel, as it will corrode and reduce the effectiveness of the sensor. They should also not use the sensor in life-threatening areas, as there may be hazardous chemicals or gases that may damage the sensor. Additionally, people should not attempt to repair broken sensors.
A. To maintain the GLT500, users should check sensor connections, working parameters, and wiring for any physical damage. They should also do frequent inspections. In case of any controversial repairs, they should contact the manufacturer of the sensor directly.
A. Yes, the GLT500 sensor can operate in extreme temperatures. It can function at temperatures as low as - 40°C and as high as +85 °C.
A. The median accuracy of the GLT500 Electronic Water Level Sensor is ±1.5%. Its accuracy may vary depending on multiple factors, like the working environment and installation conditions.
A. The body of the GLT500 Electronic Water Level Sensor is made of 304/316 stainless steel. This material protects the sensor from rust and corrosion.
A. Yes, the GLT500 can be used outdoors. It has an IP69K rating that protects it from dust and high-pressure water exposure.
