Overview
The HI93124 Portable Beer Turbidity Tester is a HANNA brand professional measurement device for detecting beer turbidity. Beer turbidity is usually caused by proteins and tannins, affecting product mass, while traditional visual comparison methods are subjective and low Precision. The instrument uses Infrared source Nephilometry to reduce Color interference and ensure Reliability, Accuracy and Stability at Zero ° C Measuring temperatures.
Features
1. Automatic range conversion, built-in turbidity standard calibrating point to ensure measurement accuracy;
2. Unique GLP management function, automatically store the next calibrated data;
3. Can access the last calibrated time and calibrated results at any time;
4.199 Data storage, RS232 Interface, convenient data transmission;
5. Battery power display, remind to replace the battery in time, and automatically shut down the power-saving mode.
Principle
The HI93124 Portable beer turbidity tester uses Infrared source Nephilometry for measurement, which effectively reduces the interference of Color on the measurement results. When measuring beer samples, it is usually set at zero degrees Celsius to ensure Reliability, Accuracy and Stability of measurement.
Applications
Beer turbidity measurement
Steps
1. Manual calibration instrument, using built-in 3 point calibrated point (0, 2.5, 125EBC);
2. Place the beer sample to be tested in the instrument.
3. Perform measurements at zero degrees Celsius;
4. Transfer or store data via RS232 Interface;
5. Check the battery level and replace the battery if necessary.
Notice
• Ensure that the temperature is between 0 ° C and 50 ° C during measurement, the relative humidity does not exceed 95% and there is no condensation;
• The instrument automatically shuts down after 5 minutes of no operation to save power;
• Regularly check the battery level and replace the battery in time;
• Calibrated data can be accessed at any time to ensure measurement accuracy;
Manual calibration with built-in calibrating points to avoid measurement errors.
