Automatic Polarimeter NAPR-300 precisely measures optical rotation at a wavelength of 589.44 nm. It offers a measuring range of ±180°, ensuring accurate and reliable results. It incorporates a stable LED light source to provide consistent illumination during operation. Our unit features an intuitive interface that supports easy adjustments. This polarimeter maintains dependable performance across repeated measurements.
FAQ for Automatic Polarimeter NAPR-300
1: Why does the Automatic Polarimeter NAPR-300 offer a ±180° optical rotation range?
The Automatic Polarimeter NAPR-300 provides a wide ±180° measuring range, allowing it to accurately assess substances with both low and high optical activity. This makes it ideal for diverse applications, particularly where extreme sample concentrations require broader rotational measurements for precise analysis.
2: How does the 589.44 nm wavelength contribute to measurement accuracy?
The Automatic Polarimeter NAPR-300 operates at 589.44 nm, closely matching the sodium D-line commonly used in optical rotation testing. This wavelength ensures reliable, repeatable measurements across a wide range of substances while maintaining compatibility with international testing standards.
3: What is the advantage of using an LED light source in the NAPR-300?
The Automatic Polarimeter NAPR-300 is equipped with a stable LED light source that delivers consistent, long-lasting illumination throughout testing. Compared to conventional light sources, LEDs minimize signal drift over time, ensuring more reliable measurements and reducing maintenance requirements.
4: How does the user interface support ease of operation?
Automatic Polarimeter NAPR-300 features an intuitive, user-friendly interface that simplifies setup and measurement. Operators can easily make adjustments, ensuring smooth manual operation even for those with minimal technical training, which enhances productivity in routine lab work.
5: What type of observation does the NAPR-300 support?
The meter features a visual observation mode, enabling operators to manually view and align readings. This method is ideal for users who prefer direct control and monitoring, providing a more hands-on testing experience.