The metal bath mechanism design replaces the traditional oil bath, without expensive silicone oil medium, heating fumes, transmission noise, heavy body, no vibration during the test, no need for refilling, and no complicated cleaning process after the test, making the test operation simpler, environmentally friendly and safer.
The instrument adopts iSKvator technology, which can be unattended throughout the experiment after the start, effectively saving manpower and reducing human errors. Convenient front loading, oxygenation and release valves, no need for fume hoods.
Special high-stability magnetic stirring structure ensures good temperature uniformity and sealing of the body while ensuring smoother and more stable rotation, avoiding derotation and demagnetization.
The automatic/manual oxygen filling and discharge mode is simple to operate, and the micro-filling and micro-discharging functions facilitate users to fill oxygen to the specified pressure, and can automatically adjust the initial oxygenation pressure according to the room temperature. The desktop structure design is compact and has a design that is both Multiple units can be placed side by side or run individually
Software housekeeper based on Windows operating system can realize automatic constant temperature, automatic oxygen filling and discharging, automatic leakage detection, automatic recording of test data, real-time display of curves, automatic judgment of test inflection points, and automatic end of test
Intelligent precision measurement and control system, real-time display of test pressure and temperature curve
Unlimited single test time of the instrument
One computer independently controls and records the automatic operation of up to 4 oxygen bomb units
Automatically generate a test report at the end of the test, including: sample name, sample number, tester, initial pressure, peak pressure, peak pressure time, test
time, test results, etc.
Automatically store multiple test results and query test results through sample information and time information
Can be connected to the user's LIMS system
Over-temperature protection, automatic power-off protection when the set temperature is exceeded
Overpressure protection, automatic pressure relief when the set pressure is exceeded
Automatic heating stops at the end of the test
Thermal control fan cools the electronic components inside the instrument
| Technical Specifications | |
| Test Method | Meet SH/T 0193, ASTM D2272, D2112, IP229 |
| Temperature control | Constant temperature point: 150.0℃±0.1℃; 140.0℃±0.1℃ |
| Sample size | 50g±0.5g |
| Copper wire | Materials and dimensions strictly comply with ASTM D2272, D2112 |
| Oxygen bomb inclination | 30° |
| Oxygen bomb speed | 100rpm±1rpm |
| Oxygenation | Maximum value 680 kPa, typical oxygen filling pressure: 620 kPa±1.4kPa |
| Pressure Sensors | 0～1.6MPa, accuracy 0.1% |
| Precision pressure gauge | 0～1.6MPa, 0.25 level |
| Test time | Unlimited single test time |
| Heating method | Metal bath |
| Test capacity | 1 stainless steel oxygen bomb per host (One computer can connect and control up to four hosts) |
| Security | Over-temperature protection Over-pressure protection Automatically stop heating after the test Thermal control fan |
| Communication interface | RS232 |
| Data Output | LIMS or Printer |
| Power | 1400W |
| Instrument use environment | Temperature: 20～30℃; Humidity: 20～80% RH |
| Instrument power supply | AC220V±10%，50/60Hz |
| Gas source | Oxygen, purity>99.5%, adjustable pressure to 620kPa |
| Host size | 300mm wide × 500mm deep × 500mm high |
| Net weight of instrument | 40KG |