Overview
XINGYUN JA303M density Balance is a High Accuracy density measurement instrument for solid, liquid, powder and Water Absorbency samples and supports gold K value testing. The product is made of precision cast aluminum and has anti-static and anti-interference capabilities. It is suitable for a variety of density measurement scenarios.
Features
1. Can test the density of solid, liquid, powder, Water Absorbency samples; Gold K value
2. High Accuracy Sensor, Anti-Impact, Anti-Overload, Ensure Weighing Accuracy and Stability
3. Built-in rigorous measurement calculation program, directly display the sample density, no manual conversion
4. Specially made and cast aluminum shell to comprehensively enhance Balance's anti-static and anti-interference capabilities
5. High contrast LCD LCD display, clear and intuitive reading
6. Built-in a variety of density reference, can be customized to set the density reference, with the film button operation, man-machine dialogue interface, easier operation
Principle
Density Balance High Accuracy Sensor measurement of sample weight, combined with the built-in measurement calculation program automatically calculates and displays density values directly without manual conversion. Its anti-impact and anti-overload design ensures accuracy and Stability of the weighing process.
Applications
Solid, Liquid, Powder, Water Absorbency Sample density test, gold K value determination
Steps
1. Connect density rack and test weight
2. Use Level Indicator to Ensure Balance Level Placement
3. Set density reference or custom parameters through the film button
4. Place the sample for weighing, LCD LCD display directly displays the density value
5. In case of overload, the system will issue an alarm prompt
Notice
• Operating Environment Temperature should be kept within 5-25 ℃
• Avoid overloading to prevent damage to the Sensor
• Balance level before operation, check with level indicator
• Regularly calibrate with test weight to ensure measurement accuracy
• Pay attention to anti-static and anti-interference, avoid use in strong electromagnetic environment
