Overview
The XINGYUN XY6002CM density Balance is a High Accuracy instrument designed for testing the density of solid and liquid samples. With a color molded housing, LCD backlit LCD display and battery, it is AC/DC dual-use and suitable for a variety of environments.
Features
1. Can test the density of solid and liquid samples;
2. Appearance design, color plastic shell, fashionable and exquisite;
3. LCD with backlight liquid crystal display, equipped with battery, to achieve AC and DC dual-use;
4. High precision Sensor, weighing accurate and stable; built-in strict measurement calculation program, directly display the sample density, no manual conversion;
5. 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 to operate;
6. Front horizontal bubble, easier to adjust the level;
7. With weighing, peeling, counting, unit conversion and other functions.
Principle
Density Balance accurately weighs samples through a high-precision Sensor, combined with a built-in rigorous measurement calculation program, automatically calculates and directly displays sample density values without manual conversion. Built-in multiple density references, users can customize settings to simplify the operation process.
Applications
Solid density test, liquid density test
Steps
1. Use the front horizontal bubble to adjust the level of the instrument;
2. Through the film button operation, select or customize the density reference;
3. Place the sample for weighing.
4. The instrument automatically calculates and displays the density value;
5. Can perform operations such as peeling, counting, and unit conversion.
Notice
• Operating Environment Temperature should be maintained at 5-25 ℃;
• The test weight is 200g, which needs to be calibrated regularly;
• The values of the built-in density reference table are approximate and are for reference only;
• Avoid overload use, the instrument has an overload alarm function;
• Ensure instruments are placed horizontally to improve Measurement accuracy.
