0.1μ M -1500μ M Good Quality for Sale Wet Method Laser Particle Size Analyzer

• Type: Dynamic Laser
• Sample Feeding: Wet Dispersion
• Warranty: 1 Year
• Measuring Principle: Full Scale Laser Diffraction
• Particle Size Range: 0.1μm -1500μm /0.01μm -1500μm
• Detection System: 90/96 Channel Uniformly Crossed and Area-Compensat
• Model NO.: LDY1600A
• Laser: Imported High Power Fibre Output Semiconductor Las
• Laser Management: Lims Laser Intelligent Management System
• Optical Model: Full-Range Mie Scattering Theory
• Filtering Method: Dual Lens Filtering
• Acquisition Motherboard: 16bit,200kbs Ultra High Speed Acquisition Motherbo
• Concentration Range: Minimum Shade 3 Per Cent, Maximum Shade 90 Per Cen
• Cuvette: Special Coating Process, Light Signal Transmittanc
• Protective Function: Ultrasonic Anti-Dry Burn
• Ultrasonic Power: 50W/60W Selectable
• Centering System: Mechanical Centre + Optical Centre Dual Positionin
• Measuring Time: Typical <10 Seconds
• Environmental Temperature: 0°c-45°c
• Transport Package: Wooden Case
• Specification: 1050mm× 320mm× 335mm
• Origin: China
• HS Code: 9027809990
• Production Capacity: 200 Sets Per Month

Product Description

Execution standard: GB/T19077-2016/ISO 13320:2009
Appearance size: 1040mm×505mm×335mm

Product Features:

Laser Intelligent Management System	Imported Opnext High Power Fibre Output Semiconductor Laser
Overdrive Acquisition Motherboard	Dual lens technology (Fourier lens, filter lens)
Sample Window Coating Process	76-Channel Uniformly Crossed and Area Compensated Multi-Directional Array
Misoperation protection function	Automatic dispersant filling system

Product overview:
LDY1600A adopts the fifth-generation ultra-high-speed acquisition motherboard, which ensures the comprehensiveness and accuracy of the scattering signal acquisition. Adopting the most advanced Mie's scattering principle and convergent Fourier transform optical path, Fourier transform lens + filter lens dual lens technology ensures the measurement accuracy of the instrument, high-density array of probes and full-range seamless test method to ensure the accuracy and repeatability of the test results. The unique wet cycle dispersing system adopts pipeline residue-free design to ensure that there is no particle deposition phenomenon during particle testing, and no waste liquid accumulation phenomenon after testing drainage, which not only ensures the accuracy of testing different samples, but also ensures the accuracy of the second test, making the test results more real and reliable.

SCOPE OF APPLICATION
LDY1600A laser particle sizer is widely used in all kinds of metal, non-metal powder: such as heavy calcium, light calcium, talc, kaolin, graphite, wollastonite, magnesite, barite, mica, bentonite, diatomaceous earth, clay, silica, garnet, zirconium silicate, zirconia, magnesium oxide, zinc oxide, river silt, lithium battery materials, catalysts, phosphor, cement, abrasive materials, pharmaceuticals, pesticides, food, coatings, dyestuffs, ceramics raw materials, chemical materials, nano-materials, papermaking, fillers and coatings, and all kinds of emulsion.

 Product Parameters

Measuring principle	Full Scale Laser Diffraction
Particle size range	0.1μm -1500μm /0.01μm -1500μm (Full Scale Testing)
Detection system	90/96 channel uniformly crossed and area-compensated multi-directional laser arrays
Laser	Imported high power fibre output semiconductor laser, wavelength 635nm, power up to 20mW
Laser management	LIMS Laser Intelligent Management System
optical model	Full-range Mie scattering theory, including high-concentration multiple scattering dynamic compensation techniques
Filtering method	Dual Lens Filtering, Fourier Transform Lens + Filter Lens
Acquisition motherboard	16bit,200kbs Ultra High Speed Acquisition Motherboard
Concentration range	Minimum shade 3 per cent, maximum shade 90 per cent (optical concentration)
cuvette	Special coating process, light signal transmittance >99.7%.
protective function	Ultrasonic anti-dry burn, level sensor, overflow tube, no response to misoperation
ultrasonic power	50W/60W selectable, optional adjustable power ultrasonic
Centering system	Mechanical Centre + Optical Centre Dual Positioning Fully Automatic Alignment System
measuring time	Typical <10 seconds
Measurement accuracy	Accuracy, repeatability Dv50 better than ±0.5% (NIST traceable standard samples)
Measurement method	SOP editable fully automatic measurement
environmental temperature	0°C-45°C
Environmental humidity	10%-85% Relative humidity (no condensation)
Power Requirements	220V(±20V),50Hz-60Hz
Implementation standards	GB/T 19077-2016/ISO 13320:2009
Exterior Dimensions	1050mm×320mm×335mm
Instrument weight	45kg

TECHNICAL EXPLANATION
Laser Intelligent Management System The instrument uses the international advanced laser intelligent management system to monitor the working status of the instrument in real time. Once the working command is received, the intelligent management system will light up the laser instantly, and the high-performance laser will reach a stable working status within 3 seconds. Once the sample is tested, the laser will be automatically switched off by the intelligent management system, and the laser will basically not decay, so theoretically, the particle sizer can be used for a lifetime without the need to replace the laser.
Intelligent operation mode Click to run the SOP (editable) can automatically complete the water intake, exhaust bubbles, background collection, sample dispersion, collection of measurement data, save, clean and other functions, the operator only need to put the sample to be tested, the test results are not affected by human factors.
Misoperation protection function The instrument has the function of no response to misoperation, ultrasonic anti-dry burning function, and water overflow function.
Automatic filling dispersant function Some samples have strong agglomeration, need to add some specific dispersant, manual filling more or less unable to quantify, automatic filling system will be required to quantify the dispersant, stable and accurate measurement results.
Dual-lens technology Fourier transform lens + filter lens single-optical path dual-lens technology is adopted, can effectively filter out the optical signal non-essential stray light, you can get a purer optical background, improve the measurement sensitivity.
Ultra high-speed motherboard High-speed motherboard, 10000 times / sec sampling speed, the sample in the laser beam 0.1s can produce accurate results.
Dust and vibration resistant The vibration resistant treatment of the instrument gives the instrument a more stable optical path system and the detector does not need to be adjusted.
Sample residue-free design The instrument piping and drainage structure have been optimised, with no liquid residue in the instrument piping and the patented circulating pump, avoiding the impact on the next test data.
Sample Window Quick Replacement The newly designed sample window quick-change device makes the sample window replacement more convenient and quick (10 seconds to complete the sample window removal process).