
BELPYCNO
Microtrac MRB | Material Characterization, Materials Processing
The BELPYCNO is an analyzer for quick and reliable measurement of the true density of solid materials and powders using by gas displacement.
The BELPYCNO offers high-resolution pressure measurement, variable cell volumes, greaseless, and one-touch sample cell cap. These features ensure high accuracy of the measurement result and easy operation.
- Highly precise measurement of the sample volumes thanks to variable cell volumes
- Sample cell cap without grease
- Convenient one-hand operation via touch screen
Technical Data
Measurement principle | Gas displacement method |
Sample cell volume | 10 cm3, 3.5 cm3, 1 cm3 |
Measurement accuracy | 0.03% of F.S. +0.03% of reading |
Repeatability | 0.02% of F.S. |
Pretreatment | Gas purge, flow, vacuum (option) |
Pretreatment pressure | 0-145kPa (Gauge) |
Applicable gas | He, N2, inert gas |
Measurement pressure | 145kPa (Gauge) |
Repetition times of measurement | Maximum 100 times |
Mean number of measurement | Maximum 10 times |
Measurement temperature range | 15-35°C, water bath: 15-50°C (option) |
Calibration method | Automatic calibration with calibration sphere |
Interface | Input: RS232C (communication with printer) Output: RS232C (communication with electric balance) |
Dimensions (W x H x D) | 270 x 170 x 300 mm |
Weight | 8 kg |
Utility - Gas | He, N2, inert gases: 150kPa (G) |
Utility - Joint | 1/8" Swagelok connection |
Utility - Power | AC100~120V/200-240 V / 200 W, 50 / 60 Hz |
CE certified | yes |
Options
- Label printer for result output
- Sample weight acquisition from electronic balance
- Thermostatic water bath to maintain the sample temperature
Downloads
- Microtrac MRB Product Line Overview - 2023
- BELYCNO Brochure
- Carbon Black Structure Evaluation with Various - Application Note
- Characterization of Cellulose Nanofiber - Application Note
- Pore Structure Analysis of Hardened Cement - Applicaton Note
- Microtrac MRB Product Line Overview - 2023
- Improved Reproducibility Application Note
- Information Obtained from Adsorption Isotherm - Application Note
- Reproducibility of Pore Size Measurement by AFSM - Application Note
- The Brunauer-Emmett-Teller method - Application Note
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