849103-6

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An 849103-6 is a type of liquid drop counter designed to measure the concentration of any samples that contain suspended particles that can form drops. It is mainly used in the food and beverage industries, for measuring the concentration of suspended solutes such as yeast and added flavorings, as well as sugars and proteins in other liquids. It is also used for evaluating emulsions such as salad dressings and sauces.

The 849103-6 is an automated device consisting of a sample holder, a sample injection system, and a counting sensor. The sample holder is where the sample is placed before being injected into the measuring chamber, which usually uses optics to allow an automated imaging system to analyze the drops for size and volume. The counting sensor is typically integrated into the imaging system and is designed to detect and count each drop based on its size. The whole operation is controlled by a specialized processor, which can be programmed to different counting modes, such as for counting drops with a specific size range or counting only droplets that appear within a certain time period.

The 849103-6 is a versatile instrument with a variety of application areas. In the food and beverage industry, it can be used to measure the concentration of suspended particles in fluids, such as beer, juice, and wine. It can also be used to measure the concentrations of dissolved solutes in water, such as hardness, alkalinity, and other components. It is also used in pharmaceutical analysis for measuring the concentration of drug ingredients, as well as in environmental applications for monitoring concentration of suspended particles in water and air.

The 849103-6 performs measurements by employing a unique technique known as multi-drop subtraction (MDS). This technique involves measuring the concentrations of the droplets in a sample and then subtracting the measured value from a reference value stored in the memory of the device. The MDS method of counting is able to obtain accurate measurements even in cases where individual particles are densely located or when the particles in the sample are of different sizes. The main advantages of this technique are accuracy, speed, and the ability to count distant drops, while the main disadvantages are the cost and the time it takes to calibrate the device.

The 849103-6 is an easy-to-use and reliable tool for measuring concentrations of suspended particles in fluids and other samples. Its ability to count particles of different sizes and shapes, as well as ability to count droplets from a distance, makes it a useful tool for a wide variety of applications. The MDS technique employed by the 849103-6 turns out to be both accurate and fast, allowing users to get reliable measurements quickly and easily.

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