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Get it between 2025-02-27 to 2025-03-06. Additional 3 business days for provincial shipping.
MISCO OPTICAL-ENGINE Technology: Sapphire Optics, High Definition 1,024 Element Detector Array
Stainless Steel Sample Well, Protective Evaporation Cover, Large 24-Character LCD, Display Backlight
Easy to use: one button to take readings, one button to cycle through menu options
Automatically calibrates itself to water; Automatic Temperature Compensation (ATC)
Brix Refractometer - Brix Scale - 0 to 56 Brix - MISCO PA201 The MISCO PA201 digital Brix refractometer is a valuable instrument for determining the sugar content in fruits, vegetables, juices, beverages, and in wine and beer making. It is also used extensively as a base scale for measuring non-sugar fluids such as metalworking fluids, lubricants and industrial chemicals. Range 0 to 56 Brix, Resolution 0.1%, Precision +/-0.1%. The MISCO Palm Abbe PA201 has a single Brix scale from 0 to 56 Brix. Brix is a measure of sugar concentration, sucrose, to be exact. One degree Brix is the equivalent of 1 gram of sucrose in a 100 gram sucrose solution. Therefore, Brix is actually the percent by weight (% w/w) of sucrose in a solution. A refractometer with a Brix scale is often used for measuring the sugar concentration in fruits, vegetables, juices, soft-drinks, as well as wine and beer making. The Brix scale is also widely used for many non-sugar applications, such as metalworking fluids, where people are interested in total dissolved solids. In these applications, the known concentrations of reference fluids are measured on a refractometer, relative to the Brix scale, and the relationship between Brix and concentration is graphed. The concentration of future samples can be easily determined by measuring the Brix value of a fluid on a refractometer and using the chart to convert the Brix reading into the required unit of measure. The Palm Abbe refractometer is fast, convenient, and easy to use. Simply place a drop or two of fluid in the stainless steel well and press a button. The custom-designed microprocessor delivers a nearly instantaneous readout in degrees Brix. Nonlinear temperature compensation is automatic and ensures that fluids read between 0 and 50 °C (+32 to 122 °F) are measured accurately.