RAVENOL Hydraulikoel HVLP-D 32 is a detergent hydraulic oil with a high viscosity index for use in a wide temperature range (multi-range hydraulic oil).
RAVENOL Hydraulikoel HVLP-D 32 is designed with selected base oils with additives to prevent corrosion, wear and friction.
RAVENOL Hydraulikoel HVLP-D 32 is characterized by a good viscosity-temperature behavior, high aging resistance and reliable corrosion protection.
RAVENOL Hydraulikoel HVLP-D 32 also contains detergent and dispersing agents, which always provide for a clean hydraulic system.
These additives dissolve contaminants, hold them in suspension and enabling the cleaning of contaminated hydraulic systems. The functional elements of a hydraulic system thereby remain free of deposits and bonds. This will emulsified penetrating water and ensure trouble-free operation of the hydraulic system.
Application Notes
RAVENOL Hydraulikoel HVLP-D 32 is used in hydraulic systems which are exposed to very fluctuating operating temperatures, abrasion, dirt and water.
RAVENOL Hydraulikoel HVLP-D 32 is designed for heavily loaded hydraulic systems of agricultural, forestry and construction machinery and stationary hydraulic systems, e.g. Industrial equipment.
Specifications
DIN 51 524 Teil 3
Practice and tested in aggregates with filling
CETOP RP 91H-HV, General Motors LH-04-1, General Motors LH-06-1, General Motors LH-15-1, ISO 6743/4-HV, DENISON HF-1, HF-0, HF-2, Sperry Vickers M-2950-S, Sperry Vickers 1-286-S, AFNOR 48 603 HV, US Steel 136
Characteristic
RAVENOL Hydraulikoel HVLP-D 32 offers:
- Reliable corrosion protection even when absorbing moisture
- Good air and water separation capacity, prevention of foam formation
- Excellent wear protection
- Good oxidation stability
- Excellent detergent and dispersing properties
- Neutral behavior against sealing materials
- Very low flow point
RAVENOL Hydraulikoel HVLP-D 32 is a detergent hydraulic oil with a high viscosity index for use in a wide temperature range (multi-range hydraulic oil).
RAVENOL Hydraulikoel HVLP-D 32 is designed with selected base oils with additives to prevent corrosion, wear and friction.
RAVENOL Hydraulikoel HVLP-D 32 is characterized by a good viscosity-temperature behavior, high aging resistance and reliable corrosion protection.
RAVENOL Hydraulikoel HVLP-D 32 also contains detergent and dispersing agents, which always provide for a clean hydraulic system.
These additives dissolve contaminants, hold them in suspension and enabling the cleaning of contaminated hydraulic systems. The functional elements of a hydraulic system thereby remain free of deposits and bonds. This will emulsified penetrating water and ensure trouble-free operation of the hydraulic system.
Application Notes
RAVENOL Hydraulikoel HVLP-D 32 is used in hydraulic systems which are exposed to very fluctuating operating temperatures, abrasion, dirt and water.
RAVENOL Hydraulikoel HVLP-D 32 is designed for heavily loaded hydraulic systems of agricultural, forestry and construction machinery and stationary hydraulic systems, e.g. Industrial equipment.
Specifications
DIN 51 524 Teil 3
Practice and tested in aggregates with filling
CETOP RP 91H-HV, General Motors LH-04-1, General Motors LH-06-1, General Motors LH-15-1, ISO 6743/4-HV, DENISON HF-1, HF-0, HF-2, Sperry Vickers M-2950-S, Sperry Vickers 1-286-S, AFNOR 48 603 HV, US Steel 136
Characteristic
RAVENOL Hydraulikoel HVLP-D 32 offers:
- Reliable corrosion protection even when absorbing moisture
- Good air and water separation capacity, prevention of foam formation
- Excellent wear protection
- Good oxidation stability
- Excellent detergent and dispersing properties
- Neutral behavior against sealing materials
- Very low flow point
| Characteristics | Unit | Data | Audit |
|---|
| Colour | | yellow | visual |
| Density at 20°C | kg/m³ | 852 | EN ISO 12185 |
| Viscosity at 40°C | mm²/s | 32,3 | DIN 51 562 |
| Viscosity at 100°C | mm²/s | 6,6 | DIN 51 562 |
| Viscosity index VI | | 165 | DIN ISO 2909 |
| Flash Point PM | °C | 218 | DIN ISO 2592 |
| Pourpoint | °C | -42 | DIN ISO 3016 |
All indicated data are approximate values and are subject to the commercial fluctuations.
