PH-2 10M

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PH-2 10M is a specialized sensor used for fluid flow sensing applications. It is a digital device that works by utilizing a patented technology called Photostimulated Luminescence (PSL). It is based on the emission of luminescent light when exposed to a specific frequency of light. This is used to measure the amount of fluid flowing through it. The PH-2 10M can measure a range of up to 10,000 Lux and can measure up to 10,000pH.The PH-2 10M is a unique type of flow sensor in that it has the ability to accurately measure fluid velocity and flow instantaneously. This is due to the use of the PSL technology which works to measure the amount of luminescent light emitted from the sensor when exposed to a specific frequency of light. The PSL technology has the capability to measure the amount of flow within a range of up to 10,000 Lux. Additionally, the PSL technology is able to distinguish between different types of flows, allowing for accurate results even when there are multiple sources of flow.The working principle of the PH-2 10M is relatively simple. When the device is exposed to a specific frequency of light, it will emit a specific amount of luminescent light. This luminescent light is then measured by the built-in sensors of the device. The results are then used to calculate the amount of fluid flow that is occurring. This data can then be used in a variety of applications such as in fluid dynamics studies, or in industrial applications. The PH-2 10M can be used in a wide range of applications. It is especially useful in environments where accurate measurements of flow are difficult to obtain due to the presence of multiple sources of flow. Additionally, it is also useful in applications where extremely precise measurements are required and where a wide range of flow measurements are necessary. The PH-2 10M is an advanced and specialized flow sensor that offers excellent accuracy and precision. It can be used in a variety of applications and is especially useful for environments where accurate measurements of flow are difficult to obtain. It is simple to set up and use, and offers reliable results in a wide range of applications.

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