LATS-1

NegotiableUpdate on 12/10

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Particle size distribution can still be measured at extremely low sample concentrations

Product Details

Particle size distribution can still be determined at extremely low sample concentrations.

Usually, the optimal concentration for measuring particle size distribution using laser diffraction method is approximately 100ppm. However, LAST-1 has high sensitivity, up to 100 times that of the SALD series, and can be measured even at sample concentrations as low as 0.1 to 1ppm. With this instrument, it is easy to measure the particle size distribution of objects that were previously impossible to measure. Therefore, this new method is expected to be applied in a wider range of fields.

Particle size and turbidity can be measured simultaneously.

For example, Cryptosporidium in water can be detected for both turbidity and particle size simultaneously.

Sensitivity of plane measurement across the entire measurement range(0.5～50mm).

By using laser diffraction method as the measurement principle, stable sensitivity can be achieved across the entire measurement range.

Can be used for real-time monitoring and batch measurement.

In addition to being used for static water measurement

It is unnecessary to monitor and maintain a constant water flow rate.

Although it is necessary to maintain a constant water flow rate during particle counting or turbidity measurement operations using LATS-1, it is not necessary to measure the water flow rate.

Particle size distribution measurement does not require calibration (particle size and conventional particle size).

Due to the use of laser diffraction method, there is no need for calibration (particle size and relative particle number) when measuring particle size distribution, which can be accurately determined. But if it is necessary to determine the turbidity or absolute number of particles in the specific volume, relevant standards must be used for calibration.

The particle size distribution can be measured in one second.

The measurement interval can be freely set. Turbidity and particle size can be measured in one second at the fastest. Therefore, changes in the sample can be measured in a very short amount of time.

Equipped with powerful data processing capabilities.

The software has powerful data processing capabilities, including 3D graphs, granularity distribution results, real-time monitoring, and stacked plots, among others.

Specifications LATS-1

turbidity	measurement range	0~o 3.2NTU (resolution 0.001 NTU)
turbidity	Turbidity standard	level
particle size distribution	measurement range	0.5~50μm
particle size distribution	Measurement Principle	Laser diffraction method
Measurement pool	internal dimensions	Approximately 100 square millimeters
Measurement pool	optical path	Approximately 40 millimeters
The required water volume for real-time monitoring		50 ～ 3000 cm3/minute
power requirement		100~120,200~240VAC 100VA,50/60Hz
Size, weight		480mm(W) X 317mm(D) X 474mm(H),approx. 20kg

PC System Requirements

CPU	Pentium 100MHz or faster
memory	32MB or above
operating system	Windows 95/98/Me/NT4.0/2000
monitor	SVGA 800X800 or better
printer	Suitable for Windows 95/98/Me/NT4.0-2000
hard disk memory	Need to exceed 20 million bytes of available hard disk space
CD-ROM Drive	When installing software, it is necessary to
Serial port (RS-3232C)	1 port