ISO 13320 Intelligent Laser Grainsize Analyzer Wet Process 0.1μM-2000μM

ISO 13320 Intelligent Laser Particle Size Analyzer Wet Process 0.1μM-2000μM

1. Introduction
LR-N6100 adopts the most advanced Mie scattering principle and the conversion Fourier transform optical path. High-density probes and full-range seamless testing methods ensure the accuracy and repeatability of the test results. The unique wet circulation dispersion system ensures that there is no particle deposition during the particle test and no waste liquid accumulation after the test drainage, guaranteeing the accuracy of the secondary test and making the test results more true and reliable. Meanwhile, a residue-free design is adopted to ensure the accuracy of detection for different samples. The superior automatic optical path calibration system highlights the unique advantages of LR-N6100.
LR-N6100 Advanced optical path design: LR-N6100 adopts the spotlight Fourier transform detection technology to ensure that the shortest focal length to obtain the maximum range, effectively improving the resolution of the instrument; unique high-density detection unit, so that the 6100 with ultra-small particles detection capabilities, high-density detection unit so that the LR-N6100 with ultra-all-around seamless detection capabilities, the high version of the dual-optical path design.
Dustproof and shockproof design: The instrument is sealed as a whole, which greatly improves the service life of the internal components. The unique suspension structure can effectively avoid the interference of external vibration on the instrument, making the test results more stable and reliable.
★ Optical path X, Y direction automatic calibration: LR-N6100 uniquely adopts the technology of combining mechanical center and optical center, which makes the automatic adjustment of the optical path more accurate, reaching the micron level; at the same time, the optical adjustment is faster, the fastest adjustment can be completed in 15 seconds.
★ Intelligent automatic operation mode: The software realizes one-button operation, automatic water intake, automatic sampling, automatic testing, automatic cleaning, the whole testing process realizes one-button automatic operation, easy to use.
Unique micro circulation system: The entire dispersion circulation system has been optimized in design. When the dispersion medium reaches more than 180ml, the circulation test can be carried out, truly achieving the microcirculation test. All joints adopt a quick-plug and quick-twist design, and all pipes can be replaced in a short time. The optimized design ensures that there is no waste residue after drainage and guarantees the accuracy of the results of the next test.
Nkt6100-c has a range of 0.1 μm ~ 2000μm.
Ultrasonic anti-dry burning: LR-N6100 is equipped with 100W high-power ultrasonic, and has the function of ultrasonic anti-dry burning.
★ Misoperation protection: LR-N6100 has self-protection function, some will damage the instrument misoperation does not respond, greatly reduce the damage caused by human misoperation.
★ Dew point measurement: sample window fog will affect the accuracy of measurement, such test results have no practical significance, LR-N6100 with a fog point measurement system, once the fog software will automatically prompt.
★ Free exhaust bubble design: the new design makes the whole test process will not have bubbles into the test sample window, to avoid the bubble interference (free exhaust bubble function technology we have the exclusive).
★ Sample residue free design: the instrument pipeline and drainage structure are optimized design, the instrument pipeline, circulation pump without liquid residue, to avoid the impact on the next test data; The dry test was also designed to be residue free.
★ Sample window quick change device: newly designed sample window quick change device, make sample window change more convenient and fast (20 seconds to complete the sample window disassembly process).
The stability and repeatability reach the foreign malvern instrument standard

2. Main technical parameters