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Flow Sensors

The SLQ-HC60 flow sensor, also known as the High Capacity Flow Sensing Technology, is an electronic device used to measure the flow of air, water, and other fluids. It offers excellent performance and accuracy with a wide range of flow measuring applications. The device features a high accuracy flow range, allowing for measurements even at low flows, and is particularly suitable for harsh conditions. In addition, it can be quickly and easily integrated into existing systems.

Application Fields of the SLQ-HC60

The SLQ-HC60 flow sensor is suitable for a wide range of applications, from environmental monitoring to medical research and industrial processes. In particular, it provides accurate and reliable measurements for air, water, medical gases, and other gases at low flows and high flow rates. As a result, it is often used in areas such as industrial process control, environmental monitoring, air-conditioning systems, and gas turbines.

Thanks to its high accuracy flow range, the SLQ-HC60 can be used for a wide range of applications in laboratories tasked with measuring temperatures or flow rates of fluids in narrow and confined spaces. Its slim design allows the installation in tight spaces such as pipelines, channels, and fume hoods. It is also suitable for measuring varying flow rates used in medical research and diagnostics.

Working Principle of the SLQ-HC60

The SLQ-HC60 consists of a transmitter module and a sensor element. The transmitter module transforms the analog electrical signals received from the sensor element into digital signals which are then sent to a data acquisition instrument. The sensor element measures the flow rate by producing a pulse width modulation-signal that is translated into an electrical signal by the transmitter.

The working principle of the SLQ-HC60 relies on an inner surface that has been coated with a thin layer of electro-conductive material such as gold. This inner surface is exposed to the liquid flow rate and a voltage signal is induced in the surface proportional to the flow rate. The signal is then processed by the transmitter module and read by the data acquisition system.

In addition, the SLQ-HC60 features a temperature compensation mechanism. This mechanism ensures that the device is capable of making accurate measurements even in temperatures ranging from -200°C to +400°C. In addition to this, the device is also dustproof and washable, ensuring that it can be used in harsh environments without compromising accuracy.

Conclusion

The SLQ-HC60 is a versatile flow sensor that can be used in a range of applications. It offers high accuracy at low flow rates and robust performance in tough conditions. Thanks to its slim design, the device can also be easily installed in narrow and confined spaces. Finally, accurate flow measurements can be obtained thanks to its temperature compensation mechanisms.

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