Dry Method Laser Distribution Particle Analyzer Tester

China Dry Method Laser Distribution Particle Analyzer Tester, Find details about China Particle Size Analyze, Particle Size Analyzer from Dry Method Laser Distribution Particle Analyzer Tester

Basic Info.

Model NO.

CY-2012

Light Source

High Performance He-Ne Laser (λ= 632.8nm

Output Parameter

D10, D50, D90, D100, S/V Referent Parameters

Max Diameter of Workpiece

<500mm

Mass Scope of Workpiece

<900kg

Maxcapacity

>1000kn

Accuracy Grade

0.5

Load Way

Electronic Load

Loading Method

Dynamic Load

Display

Needle

Control

Computer Control

Weight

0-100kg

Power Source

AC220V

Trademark

CYEEYO

Transport Package

Carton

Specification

75cm*65cm*70cm

Origin

Shan Dong

HS Code

9027500090

Model NO.

CY-2012

Light Source

High Performance He-Ne Laser (λ= 632.8nm

Output Parameter

D10, D50, D90, D100, S/V Referent Parameters

Max Diameter of Workpiece

<500mm

Mass Scope of Workpiece

<900kg

Maxcapacity

>1000kn

Accuracy Grade

0.5

Load Way

Electronic Load

Loading Method

Dynamic Load

Display

Needle

Control

Computer Control

Weight

0-100kg

Power Source

AC220V

Trademark

CYEEYO

Transport Package

Carton

Specification

75cm*65cm*70cm

Origin

Shan Dong

HS Code

9027500090

Product Desciption

dry method Laser Distribution Particle Analyzer Tester

Technique parameter

1,Measurement range:0.1-600 u m

2,Error:< ± 1% ( national standard materials D50)

3,repetitiveness deviation:< ± 1% ( national standard materials D50)

4,Electrical requirement:AC 220 ± 10 V, 50 Hz, 200w

5,Dimensions:950 X 330 X 300 mm

6,Weight:40 kg

Working Principle

The Laser particle size analyzer accords to the international standards ISO-13320 and the Full range Mie Scattering Theory. The data of particles are calculated from the changes of scattering luminous intensity of different particles in different angles in consideration of the refractive index of the particles and dispersion medium.

The data of particles are calculated in two ways: unconstrained fitting inversion and constrained fitting inversion.

The constrained fitting inversion is a relatively simple way. The particle size distribution is inverted in the assumed rule of the particles. But the deviation exists between the assumption and reality, and the tested results through the constrained fitting inversion can not really reflect the true size distribution of the particles.

In unconstrained fitting inversion way, no particles are assumed before the test, and the size distribution of the dust clusters is precisely calculated directly from the luminous intensity. In this way, the instrument requires high performance, reasonable sensor design and size grading. The particle size distribution are precisely calculated with Rise Laser particle size analyzer which uses the optimized non-uniform cross 3D fan shaped sensor array and the reasonable size.

Technical characteristics

Basis of the stable test: The stability of the tested data is ensured by the stable optical signals from the system. The Rise Laser particle size analyzer uses He-Ne gas laser light source of 0.6328 micron wavelength. It works to offer stable laser source signals, and serves more than 25000 hours.

Specifications

	Dispersion method	Specifications	Dimensions	Weight(Net)
CY-2002	Wet	1,measurement range:0.1-600μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)	1000×330×320mm	38kg
CY-2006	Wet	1,Measurement range:0.05-800μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2008	Wet	1,Measurement range:0.02-1200μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2009	Wet	1,Measurement range:0.02-2600μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2012	Dry	1,Measurement range:0.1-600μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)	Main system: 1000×330×320mm Dry sampling system:350×330×300mm	40kg
CY-2016	Dry	1,Measurement range:0.1-800μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2018	Dry	1,Measurement range:0.1-1200μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2019	Dry	1,Measurement range:0.1-2600μm 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2022	Wet/ Dry	1,Measurement range:0.1-600μm/ 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)	Main system: 1000×330×320mm Dry sampling system:350×330×300mm Wet sampling system:350×330×300mm	50kg
CY-2026	Wet/ Dry	1,Measurement range:0.05-800μm(wet) 0.1-800μm(dry) 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2028	Wet/ Dry	1,Measurement range:0.02-1200μm(wet) 0.1-1200μm(dry) 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)
CY-2030	Wet/ Dry	2,Measurement range:0.02-2600μm(wet) 0.1-1200μm(dry) 2,Error:<±1%(national standard materials D50) 3,Repetitiveness deviation: <±1%(national standard materials D50)