Samples are housed within a sealed, corrosion-resistant chamber. Any change in mass is transmitted through a magnetic assembly to a high-precision microbalance operating at ambient pressure. This contact-free transfer ensures long-term stability, exceptional resolution, and minimal signal drift—even over extended experimental durations or during thermal cycling.
A standout feature of the RuboSORP MSB is its dual-sample capability. The system can simultaneously analyze two samples or substitute one with a calibrated sinker for direct gas density measurement via Archimedes’ principle. This is especially valuable in high-pressure or multi-component gas systems where conventional equations of state fall short.
Key Features
- Automatic Drift Correction & Recovery: Actively compensates for pressure and temperature-induced drift and prevents data loss.
- Density / Double Sample Measurement: Enables direct gas density measurement and real-time multi-component adsorption tracking.
- Optional Viewing Cells: In-situ observation of swelling, phase transitions, and vapor–liquid equilibrium.
- Modular Design & Flexible Configuration: Interchangeable pressure, gas dosing, and heating modules.
- Smart Software & Data Integrity: Real-time control, ISO 9001 & GUM compliant uncertainty analysis.
- Sealed Coupling Chamber: Safe handling of toxic, reactive, and corrosive gases.
- Customizable Sample Cells and Reaction Baskets: Up to 70 mm diameter with FF, FT, and ionic liquid basket options.
- Industry-Leading Sample Capacity: Supports large and irregular samples.
- Exceptional Stability Over Time: Automatic recalibration eliminates long-term drift.
Applications
- Hydrogen & Methane Storage
- Corrosive Gas Research (SO₂, HF, Cl₂)
- Supercritical CO₂ Studies
- Multi-Component Gas Adsorption
Pressure System
The RuboSORP MSB’s gas system is equipped with two high-precision pressure sensors: a sensor up to 5 MPa and a sensor up to 40 MPa, both with an accuracy of 0.01 bar.
Gas System Models
| System Type | Model No. | Pressure Range (bar) | Temperature Control | Intake Quantity | Option |
|---|---|---|---|---|---|
| Dynamic Gas System | GDU-150D-A | 150 | None | 2 | Mechanical pump / Molecular pump / Vapor dosing / Extra gas path / Additional pressure sensor |
| GDU-150D-H | 150 | 100°C | 2 | ||
| GDU-350D-A | 350 | None | 2 | ||
| GDU-350D-H | 350 | 100°C | 2 | ||
| Static Gas System | GDU-150S-A | 150 | None | 2 | Mechanical pump / Molecular pump / Vapor dosing / Extra gas path / Additional pressure sensor |
| GDU-150S-H | 150 | 100°C | 2 | ||
| GDU-150S-H mix | 150 | 100°C | 3 | ||
| GDU-350S-A | 350 | None | 2 | ||
| GDU-350S-H | 350 | 100°C | 2 | ||
| GDU-350S-H mix | 350 | 100°C | 3 | ||
| GDU-700S-A | 700 | None | 2 | ||
| GDU-700S-H | 700 | 100°C | 2 | ||
| GDU-700S-H mix | 700 | 100°C | 3 |
MSB System Configuration
| Model | Max Pressure | Max Temperature | Max Sample Loading | Resolution | Vacuum Option | GDU Capability | View Cell & Camera | Series |
|---|---|---|---|---|---|---|---|---|
| MSB-150 | 150 bar | 400°C | 25 g | 10 µg | Yes | Dynamic or Static | Yes | MSB-150 |
| MSB-150 | 150 bar | 400°C | 50 g | 10 µg | Yes | Dynamic or Static | Yes | MSB-150 |
| MSB-150 | 150 bar | 400°C | 10 g | 1 µg | Yes | Dynamic or Static | Yes | MSB-150 |
| MSB-350 | 350 bar | 400°C | 25 g | 10 µg | Yes | Dynamic or Static | Yes | MSB-350 |
| MSB-350 | 350 bar | 400°C | 50 g | 10 µg | Yes | Dynamic or Static | Yes | MSB-350 |
| MSB-350 | 350 bar | 400°C | 10 g | 1 µg | Yes | Dynamic or Static | Yes | MSB-350 |
| MSB-700 | 700 bar | 150°C | 25 g | 10 µg | Yes | Static Only | No | MSB-700 |
| MSB-700 | 700 bar | 150°C | 50 g | 10 µg | Yes | Static Only | No | MSB-700 |
| MSB-700 | 700 bar | 150°C | 10 g | 1 µg | Yes | Static Only | No | MSB-700 |