Description
Fluid Transmission Haldex 1Ltr – RAVENOL – LR003136A
RAVENOL AWD-H Haldex Fluid is a special high-performance transmission oil for Haldex’s Allroad, Quattro and 4motion power trains and is specially engineered for use with all-wheel drive power trains with Haldex couplings, such as those in in Audi, Volkswagen, Seat, Skoda, Vauxhall, Land Rover and Volvo vehicles.How the Hadlex coupling operates:
The Haldex Coupling is a very sophisticated piece of engineering and it needs to be looked after with regular Haldex oil changes. The axle closest to the engine is constantly powered. All-wheel drive power trains with a Haldex coupling automatically direct engine power to the other axle where required, without any intervention from the driver. The Haldex coupling, a separate component to the rear final drive, but directly attached to it, is a submerged, multi-plate, wet clutch system that engages upon slip and transfers power to the rear final drive. The system is computer controlled with very fine engineering tolerances. If the Haldex fluid is dirty, it can damage other components and affect performance. Dirty oil can overheat the coupling or cause the clutches to burn out. It can also burn out the Haldex Pump and will lead to loss of rear drive and eventual failure.
Application
RAVENOL AWD-H Haldex Fluid is suitable for use with all-wheel drive power trains with Haldex couplings, such as those in Audi, Volkswagen, Seat, Skoda, Vauxhall/ Opel, Land Rover and Volvo vehicles. The Haldex oil should be changed every 37,500 miles in order to avoid damage to the powertrain.
Meets/ Exceeds Requirements
- Volkswagen VW G 052 175 A2, VW G 055 175 A2, VW G 060 175 A2
- Volvo 31367940
- GM 93165387
- Vauxhall/ Opel 1940057
- Land Rover LR054941, LR003136
Characteristics
RAVENOL AWD-H Haldex Fluid offers:
- An excellent flow behaviour at low temperatures
- High, stable viscosity index
- Very good oxidation stability
- Reliable protection against wear, corrosion and foaming
- Excellent coefficient of friction constancy
- High thermal and oxidative stability
- Excellent cooling ability
- Improved shear stability