Laser diffraction type particle diameter measuring device Master Saizer Series 3000E
Spectory
About This Product
Entry model for granular distribution measurement
The master sizer 3000 is a laser -differed granularity distribution device that combines performance and advanced software functions. However, some customers may not need all the Master Sizer 3000 functions. Therefore, we have prepared an entry -level device, Master Saizer, 3000E, which has a basic function of 3000 master sizas.
■ Overview
The Master Saizer 3000E has the basic function of the laser -type granularity distribution measuring device, and can be upgraded to the master sizer 3000 in the future. Two types of performance levels:
Master Saizer 3000E Basic
・ The particle diameter range of 0.1 to 1,000 µm
・ Only wet manual distributed unit
・ Basic software only (including updates and bug fixes)
・ Master Saizer 3000e Upgrade to Extended
Master Saizer 3000e Extended
・ Automatic distributed unit and wet manual distributed unit compatible
・ Software function equivalent to Master Saizer 3000 (including updates and bug fixes)
■
Master Saizer 3000E uses a laser diffraction type as a measurement principle. The laser light is measured by measuring the intensity of the scattered light when passing through the distributed particle sample. After that, this data is analyzed and the particle diameter generated in the scattered pattern is calculated.
The device is mainly composed of the following three.
・ Optical bench-distributed sample passes through the optical bench. Here, laser light irradiates particles. After that, the intensity of light scattered at a wide angle by particles in the sample is accurately measured.
・ Distributed units (accessories) samples are dispersed by wet and dry distributed units. As a result, the particles are sent to the optical bench measurement area in the correct concentration and appropriate and stable distributed state.
・ Measurement equipment Software Master Saizer 3000E software controls the system under measurement, analyzes scattered data, and calculates the granular distribution.
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Product
Laser diffraction type particle diameter measuring device Master Saizer Series 3000E
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Handling Company
Spectory
1 Models of Laser diffraction type particle diameter measuring device Master Saizer Series 3000E
| Product Image | Part Number | Price (excluding tax) | Detector angle range | Detector optical axis adjustment | Detector placement | General analysis items | General data acquisition speed | General dimensions (W x d x h) | General particle size | General principle | General standard measurement time | General weight | Number of particle diameter measurement size classes | Optical -based effective focal length | Optical blue light source | Optical lens placement | Optical red light source | Particle diameter measurement accuracy | Particle diameter measurement accuracy/repetition | Particle diameter measurement reproducibility (at non -continuous measurement) | Particle diameter measuring particle size | System compliance laser safety | System compliance regulation test | System humidity | System operation temperature (° C) | System power supply | System product storage temperature | System protection grade (IP) | remarks* |
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Master Saizer 3000E |
Available upon quote | 0.032 to 60 ° | Automatic | Logarithmic interval sequence | MIE theory, FRAUNHOFER approximation | 10 KHz | 690mm x 300mm x 450mm | Suspension, emulsion, and dry powder | Laser diffraction type | Within 10 seconds | 30 kg | 100 (user adjustable) | 300mm | none | Reverse Fourier optical system (convergence beam) | Up to 4MW HE-NE, 632.8nm | Within 0.6% ** | Within 0.5%* | Within 1% * | 0.1-1,000 µm * | Class 1, IEC60825-1: 2007 and CFR Chapter I: Sub-Chapterj: Part 1040 (CDRH) | Compatibility with the requirements for Rohs and WEEE compliant CE / FCC -compliant European low voltage commands | Up to 31 ° C is up to 80%. After that, there is no linear reduction to 50%at 40 ° C and no condensation | #ERROR! | 100/240 V, 50/60 Hz 50W (if the distributed unit is not connected) up to 200W (when 2 units are connected) | -20 ° C ~+50 ° C | IP41B | It depends on the type of sample and its adjustment. |
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