Description
PSO DEO 8000 is an (AHDDEO) Advanced Heavy-Duty Diesel Engine Oil based on the modern additive components technology designed for high-speed turbocharged diesel engines. Its uniqueness is a combination of highly refined hydro-finished base oils and carefully selected additive components technology to give superior engine performance and protection during most demanded operating conditions.
Applications
-
PSO DEO 8000 offers a wide range of applications that make it an excellent choice for mixed fleet operators where it may be used in cars, trucks, 4WD, buses and many off-highway vehicles and stationary engines.
- PSO DEO 8000 is recommended for a wide range of construction, agricultural equipment & farm machinery, which require stop-start service and provide bearing protection against wear and deposit formation even while operating under heavy load and elevated temperatures.
Benefits
- Developed for diesel engines and designed to provide optimum protection with reduced risk of cylinder bore polishing.
- Reduces compression loss and blow-by that also lowers oil consumption and enhances engine life.
- Protects against piston and combustion chamber deposits.
- Improves engine power and fuel efficiency.
- Suitable for a wide range of engines, excellent choice for operators of mixed fleets.
- Grade rationalisation minimizes oil stocks, inventory costs, space allocation and also reduces the risk of incorrect applications.
- Reduces operating costs as fewer oil changes are needed and there is reduced downtime.
Performance Standards
SAE |
15W-40 |
API |
CH-4/SG |
ACEA 2007 |
E2-96 Issue 5 |
ACEA 2002 |
A2, B2 (3) |
Daimler MB |
228.1 |
MAN |
M271 |
MTU |
Type I Quality |
Volvo |
VDS-3 |
Mack |
EO-L Plus (3) |
Typical Data:
PSO DEO 8000 |
SAE 15W-40 |
SAE 20W-50 |
Kinematic Viscosity @100°C,cSt ASTM D445 |
14.3 |
19.3 |
Viscosity Index ASTM D2270 |
141 |
130 |
Flash Point (COC), °C ASTM D92 |
214 |
220 |
Pour Point , °C ASTM D97 |
-24 |
-18 |
Total Base Number, mg,KOH/g ASTM D2896 |
9.6 |
9.8 |
These are typical results of existing production, the future production will conform to PSO blending specifications hence any variation in these typical results will not affect the product performance.