RAVENOL GHA-F Gearbox Hydraulic Actuator Fluid

RAVENOL Gearbox Hydraulic Actuator Fluid GHA-F is a special hydraulic fluid based on synthetic and mineral oil with non-ash forming additives. The properties of RAVENOL Gearbox Hydraulic Actuator Fluid GHA-F are decisively determined by its special formulation. We guarantee an excellent low temperature stability.

Application Notes

RAVENOL Gearbox Hydraulic Actuator Fluid GHA-F is designed for a range of application from -40°C to +100°C.

RAVENOL Gearbox Hydraulic Actuator Fluid GHA-F is used in electrically controlled MCP gearboxes from Peugeot/Citroën and in Dualogic and Selespeed gearboxes from FIAT/Alfa Romeo and therefore, shows ideal performance as a special hydraulic fluid in electrohydraulic and electrically controlled gears and gearshifts.

Quality Classifications

RAVENOL Gearbox Hydraulic Actuator Fluid GHA-F is tried and tested for aggregates specifying:

Practice and tested in aggregates with filling

Peugeot/Citroën 9979.A4 for MCP Automated Gearbox FIAT/Alfa Romeo 15081616 CS SPEED for Dualogic and Selespeed Gearbox FIAT 9.55550-SA1 Nr. F005.F98 Hydraulic fluid for Toyota hydraulic gearbox actuation systems, P/N 08886-02206

Characteristic

RAVENOL Gearbox Hydraulic Actuator Fluid GHA-F offers:

  • Extremely low pour point.
  • Improved viscosity and friction value characteristics.
  • Very good wear protection.
  • An excellent thermal stability.
  • Improved EP properties.
  • Good foaming characteristics.
  • Neutral behaviour towards sealing compounds.
  • Reliable protection against corrosion. 
RAVENOL GHA-F Gearbox Hydraulic Actuator Fluid

Article number: 1181201
Packages:

1 L1181201-001-01-999
Characteristics Unit Data Audit
Colour clear, green visual
Density at 20°C kg/m³ 827 EN ISO 12185
Viscosity at 40°C mm²/s 20,9 DIN 51562
Viscosity at 100°C mm²/s 6,5 DIN 51562
Viscosity index VI 298 ISO 2909
Flash point (COC) °C 190 DIN ISO 2592
Pourpoint °C <-50 DIN ISO 3016

All indicated data are approximate values and are subject to the commercial fluctuations.