About True Sense 0-18% Brix Refractometer Coolant CNC Maple Syrup Low Concentrated Sugar Solution , RHB-18
True Sense Manual Handheld 018% Brix Refractometer is designed for low-concentration sugar solution testing, such as maple syrup and coolant solutions.
Features:
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Measures 018% Brix sugar content
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Handheld portable design
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Quick optical reading
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Accurate for low-concentration solutions
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Lightweight and ergonomic
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Durable for repeated use
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Easy-to-use scale
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Ideal for maple syrup and coolant testing
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Reliable measurements
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Professional and hobbyist friendly
Accurate Measurements, InstantlyEquipped with a high-quality optical glass lens and focusing adjustable eyepiece, the True Sense Brix Refractometer ensures crisp, reliable readings with an impressive accuracy of 0.1% Brix. Thanks to its built-in ATC, measurements automatically adjust for temperature fluctuations between 10C to 30C, safeguarding accuracy in various environments.
Effortless Operation and CalibrationThis handheld analog refractometer is designed for simplicity. Just apply 1-2 drops of your sample to the prism and receive readings in less than two seconds. Manual calibration using distilled water ensures ongoing precision, and included accessories like a screwdriver, pipette, and cleaning cloth support smooth daily use.
Versatile and Durable DesignWith its splash-resistant, aluminum body and rubber grip, this refractometer stands up to regular handling in the lab, on-site, or in industrial settings. It is suitable for testing a range of liquids including coolant, CNC fluids, maple syrup, and low-concentration sugar solutions, making it a valuable tool for manufacturers, suppliers, and researchers.
FAQ's of True Sense 0-18% Brix Refractometer Coolant CNC Maple Syrup Low Concentrated Sugar Solution , RHB-18:
Q: How do I use the True Sense Brix Refractometer to measure sugar concentration?
A: To use the refractometer, open the cover plate, place 1-2 drops of your sample on the prism, then close the cover and view through the eyepiece. Adjust the focus if needed to read the Brix value from the analog scale. Results appear within two seconds of applying the sample.
Q: What is the process for calibrating the refractometer?
A: Manual calibration is straightforward: place a few drops of distilled water on the prism, look through the eyepiece, and use the provided calibration screwdriver to align the scale to zero Brix. Repeat this process periodically for consistent accuracy.
Q: When should I use the Automatic Temperature Compensation (ATC) feature?
A: The ATC feature functions automatically whenever you measure samples between 10C to 30C. This guarantees reliable readings despite typical environmental temperature changes, removing the need for manual corrections within this range.
Q: Where can this refractometer be used effectively?
A: This device is ideal for laboratory analysis, industrial fieldwork, workshops, the food and beverage sector, and especially where CNC coolant or maple syrup concentration needs monitoring. Its durability and portability ensure it performs well in various settings.
Q: What are the benefits of a handheld, manual refractometer over digital models?
A: Manual refractometers, such as this model, don't require external power. They provide immediate readings, are lightweight, and cost-effective while being easy to maintain and use, especially in remote or challenging environments.
Q: How do I maintain and clean the refractometer after use?
A: After each measurement, use the included cleaning cloth to gently wipe the prism and other surfaces. Store the instrument in its protective carrying case and avoid immersing it in water to maintain its splash resistance.
Q: What types of liquids can this refractometer accurately measure?
A: Designed for a 0-18% Brix range, it is suitable for measuring coolant, CNC fluids, maple syrup, low-concentrated sugar solutions, and effectively tests a variety of similar liquids in laboratory and industrial applications.