Inline granular distribution measurement measurement probe-filter filter speed measurement Parsum series Parsum series Parsum IPP 80-P
Spectory
About This Product
Essential safety inline granular distribution probe for real -time measurement for pharmaceutical and food applications
The Parsum IPP80, which is specially designed for the pharmaceutical and food industry, is an essential safety probe that can measure the particle diameter and particle speed of a solid particles of a particle diameter of 50 µm to 6 mm. A simple probe design with dust and waterproofing can directly monitor the fluid layer, high -cut mixture and granuling process.
■ Overview
Parsum IPP 80 is used for food and pharmaceutical applications to detect the terminal detection in the batch granuling process and perform real -time monitoring of the continuous manufacturing process. It is used for processes such as crushing, aggregation, granuling, coating, and sieve.
・ Small and lightweight and easy to install, and can quickly integrate into new or existing process plants.
・ Characteristics analysis of 50 µm to 6mm of particles with a maximum speed of 50m/s is possible
・ Real -time monitoring of the flow layer is possible by measurement with high -solid content.
・ Real -time measurement and feedback with customizable software
・ Measurement can be performed without extracting samples
・ Various accessories can measure polishing, adhesion and adhesive particles.
-Sonsion for ATEX requirements for use in zone 0 and 20.
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PARSUM probe uses the measurement principle of space filter speed measurement. This is a string length measurement method based on quantity -based string size that collects individual particles data and calculates the particle size distribution and speed distribution.
The particles passing through the Parsum probe measurement zone block the light emitted from the laser light source. The resulting shadow is detected using an optical fiber linear array detector. The particle speed is calculated by tracking the shadow movement of the particle crossing the sequential detected element. The particle diameter is identified by measuring the length of the time when the particles block one optical fiber.
By measuring a large amount of particles, statistically effective results are generated, and the distribution of various sizes parameters and volume bases can be obtained.
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Product
Inline granular distribution measurement measurement probe-filter filter speed measurement Parsum series Parsum series Parsum IPP 80-P
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Handling Company
Spectory
1 Models of Inline granular distribution measurement measurement probe-filter filter speed measurement Parsum series Parsum series Parsum IPP 80-P
| Product Image | Part Number | Price (excluding tax) | Explosion proof | Humidity | Laser safety | Materials that come into contact with particle size distributed agents, additives and samples | Measurement temperature range | Particle size concentration range | Particle size measurement range | Particle size remarks | Particle size speed measurement range | Quota grade | Temperature (operation) | depth | diameter | light source | power supply | pressure | size |
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Parsum IPP 80-P |
Available upon quote | Zone 0/20 ATEX authentication has been obtained | 35-80% (without condensation) | Class 1 |
316L stainless steel (DIN1.4435, 1.4404) Sapphire window |
10 ° C to 60 ° C | Up to 30V%* | 50µm to 6mm | * Various depending on the characteristics of samples and particles | 0.01-50m/s | IP 65 | Up to 100 ° C | 282mm | 25mm | 670nm | 100-240 V, 50-60 Hz | Up to 15bar | 101mm x 85mm x 65mm |
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