Overview
The XINGYUN JA600CM-P Powder Density Scale is a precision instrument used to test the Density of Powder, Solid, Liquid and Water Absorbency samples. It is a color plastic or cast aluminum housing, equipped with an LCD LCD display, built-in accurate calculation program, can directly display the sample Density value, and can be equipped with a variety of Density racks and accessories to meet different testing needs.
Features
1. Available in color molded or cast aluminum shell options.
2. LCD liquid crystal display, support full range peeling function.
3. Equipped with overload alarm and level indicator.
4. Optional communication serial port, printer or Draft Shield.
5. Density of Solid, Liquid, Powder and Water Absorbency Samples can be tested.
6. Density rack optional (solid/liquid).
7. Built-in accurate calculation program to directly display sample Density.
8. Built-in multiple Density references, and can customize Density reference settings.
Principle
The Powder Density Scale is based on the Archimedes principle and automatically calculates the Density value of the sample by measuring the weight of the sample in air and the buoyancy in the liquid, combined with the built-in calculation program.
Applications
Density Testing of Powder, Solid, Liquid and Water Absorbency Samples
Standards
The information does not mention
Steps
1. Turn it on to warm up and ensure the level of the instrument.
2. Place the sample on a pan and weigh it in air.
3. Use the optional Density Rack (e.g. Powder Density Rack) to weigh the sample in a liquid (e.g. water).
4. The built-in program of the instrument automatically calculates and directly displays the Density value.
Notice
• Please ensure that the instrument is placed level before use.
• Do not exceed Capacity (610g) to prevent overload damage.
• Please use at the specified Ambient Temperature (5-35 ℃).
• Clean the pan and accessories in time after use.
• To calibrate, use the specified 200g calibrated weight.
• Optional Draft Shield for improved measurement accuracy in air disturbance environments.
