BP 104 FASR-Z

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Optical sensors consist of an optical spectrum with an affective range below visible light, typically infrared, in order to measure certain physical parameters. Photodiodes, which measure the difference in the intensity of light, are one of the most commonly used optical sensing technologies. The BP 104 FASR-Z is a Photodiode-based optical sensor designed specifically for measuring the concentration of substances, particularly chlorine, in water.

The BP 104 FASR-Z consists of a photodiode, an LED light source, and a signal processor. The photodiode\'s sensitivity is adjustable to compensate for varying levels of chlorine and can be used to measure concentrations between 0 and 5000 ppb. The sensor makes use of a micro-lens integrated with the photodiode, which focuses the light source on the photodiode and gives it a higher sensitivity. Additionally, the FASR-Z\'s LED light source is designed to emit in the infrared range, allowing for higher precision measurement from a greater distance.

The BP 104 FASR-Z uses a reflective sensing method. When an object is lit by the LED light source, some of the light is reflected back towards the sensor. The reflected light is measured by the photodiode, and the difference between the two intensities is used to determine the concentration of the substance. Since the light is reflected back as opposed to being absorbed, the FASR-Z can measure chlorine concentrations in water in the presence of other substances and pollutants. Additionally, because the LED light source is infrared, the sensor can be used from greater distances, making it suitable for remote sensing applications.

The BP 104 FASR-Z is used to measure the concentration of chlorine in water in order to evaluate its safety and quality. The FASR-Z is an effective tool for monitoring the amount of chlorine in water systems, as its accuracy and reliability are very high. The FASR-Z is also used in industrial applications, such as food processing and manufacturing. Its ability to measure chlorine concentrations from a distance makes it an ideal tool for water safety and quality monitoring, as it allows for real-time, remote monitoring of water systems without the need for physical samples.

The BP 104 FASR-Z is a versatile and reliable optical sensor. Its adjustable sensitivity and infrared LED light source allow it to measure chlorine concentrations accurately and from a distance. This makes the FASR-Z a valuable tool in applications such as water quality monitoring, food processing, and manufacturing. With its robust construction and reliable operation, the FASR-Z is an ideal choice for a wide variety of applications.

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