Brief introduction The Rise 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. Features 1. 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. 2. Guarantee to the reliable data:The reliability of the tested data requires stable light signals from the system. The real results require high dispersion effect of the tested samples as well as even distribution of the tested dispersed liquid. 3. Sensor: Unique design of the photoelectric sensor, high sensitivity, with 1 master sensor and several auxiliary sensors, non-uniform cross 3D fan shaped sensor array, 135 0 of the max testing angle, overall test of the signals. 4. Light path: With design of 1 measuring range, unique gathering light path , less Fourier lens, wide measuring range, high resolution, hard link of optic components, free adjustment of light path. 5. Powerful analysis software:PADMAS (Particle Diameter Measure & Analysis System) is powerful to average, count, compare, shift pattern. It has formats of differential distribution, cumulative distribution, standard classification, R_R distribution, user-definite classification.130 classes are tacitly approved in the range of 0.02 -2000 micron. 1-130 classed are user-defined with the measuring range.Particle size distribution test report in the chart graphics and particle size data, with D10, D50, D90, the average size and specific surface characteristic parameters, there are four parameters needed to customize their own input, the weight ratio of surface to volume ratio of surface area can be exchange.Data of particle size are stored in Excel.It supports printing Chinese / English test reports. The page header and footer may be modified. The printing page may be previewed. Particle distribution diagrams and size data charts may be stored in format of picture or PDF as well as WORD.More functions may be added as the customers require. 6. User-Friendly Operation:The operation is standard, quantized and simple .And it takes short time to master it. The data are tested within 1 minute. 7. High Viewability:The test software is user-friendly. The test processes are readable and instantly refresh. The operators observe at any time the instrument’s situation and the changes of the test data, and analysis reality and reliability of the test data. In the intelligent touch panel, there are operating keys for circulation, ultrasonic, stir and discharge. Due to the standard, quantized and simple operation, the test time is shortened and the requirement for the operators are lowered. Technical parameters 1. Measurement range: 0.1~600 micron 2. Accuracy of error: '± 1% (national standard reference material D50) 3. Repeatability error: '± 1% (national standard reference material D50) 4. Electrical requirements: 220 ± 10V, 50Hz, 200W 5. Appearance size: 1000 x 330 x 320mm 6. Weight: 38KG
Brief introduction The Rise 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. Features 1. 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.
