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Labtron LOST-D10 is devised with Software-controlled test procedure which can check pressure, record test data and calculate oxidation time for measured sample automatically. Test curves and test data will be archived in database. It is made as per ASTM D2272 Standard
It is suitable to determine oxidation stability of new or in service turbine oil, which has the same components (base oil and additive). It is also a rapid method for determining the oxygen stability of new mineral insulating oils containing 2, 6-Di-tert-butyl-p-cresol.
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |
| Samples | 2 |
| Temperature | |
| Oil bath cubage | 30 L |
| Angle between bomb and water surface | 30 ° |