RAVENOL Turbinenöl T 68 is produced for the lubrication of gas and steam turbines as well as turbo compressors with and without transmission according to the specifications of DIN 51 515-2.
RAVENOL Turbinenöl T 68 is based on high quality mineral base oils with agents to increase the corrosion protection and aging resistance.
RAVENOL Turbinenöl T 68 is a universal mineral oil for turbines of especially chosen refined base oils with a natural high viscosity index. So-called “metal deactivators” are added to the turbine oil in addition to the normal additives in order to guarantee the excellent characteristics.
Application Note
RAVENOL Turbinenöl T 68 is used in fixed gas and steam turbines as well as electrical machines or machines driven by steam turbines like generators, compressors, pumps and transmissions.
RAVENOL Turbinenöl T 68 can also be used for the lubrication of hydraulic systems, compressors, gear transfers and bearings in case of problems of the contamination with water because a high protection against rust and oxidation is requested.
Characteristics
- an excellent thermic and oxidative stability
- an excellent viscosity temperature behaviour
- a high and stable viscosity index
- a very good oxidation stability also at very high temperatures
- a good protection against corrosion of Ferro and non Ferro metals
- an excellent water separation behaviour
- a very good air separation behaviour which excludes foam formation as far as possible
- a low pour pointa good corrosion behaviour
- an excellent water separation behaviour / demulsifying behaviour
Բնութագրերը
| Կարգավորում | Արժեք | Աուդիտ |
|---|---|---|
| Լայնությունը, mm | 580 | |
| Երկարություն, mm | 580 | |
| Բարձրություն, mm | 885 | |
| Քաշը, kg | 199.829 | |
| Brand | RAVENOL | |
| SAE | 68 | |
| Density at 20 °C, kg/m³ | 868 | EN ISO 12185 |
| Մածուցիկություն 100 °C-ում, mm²/s | 9 | DIN 51562-1 |
| Մածուցիկություն 40 °C-ում, mm²/s | 69 | DIN 51562-1 |
| Viscosity Index VI | 104 | DIN ISO 2909 |
| Pourpoint, °C | -30 | DIN ISO 3016 |
| Flashpoint, °C | 262 | DIN EN ISO 2592 |