ADDINOL ECO GAS 4010 XD
Size
Application area
Low ash productsApplication type
Gas engine oilsViscosity class
Specifications / Approvals
INNIO Jenbacher TA 1000-1109 Series 2+3: fuel class A, S and Cat, INNIO Jenbacher TA 1000-1109 Series 6 (all versions): fuel class A, S and Cat, INNIO Jenbacher TA 1000-1109 Series 4 (all versions): fuel class A, S and Cat
Fulfils the requirement acc. to
Caterpillar CG 132, CG 170, CG 260-TR 0199-99-12105 SuA up to 0.6 Gew.%, MAN M 3271-2, MTU Series 400 (for operation with natural gas), MTU BR 4000 (Bio-/Sondergas), MWM (Deutz Power Systems) TR 0199-99-2105 SuA up to 0.6 wt.%, Tedom 61-0-0281.1 (G, P)
Product description
ADDINOL ECO GAS 4010 XD is a high performance engine oil, specially adapted to the extreme thermal loads during operation with natural gas and cleaned special gases. Using the latest additive technology and high-quality mineral oil raffinates ADDINOL ECO GAS 4010 XDD provides an excellent all-round protection for gas engines.
The high thermal-oxidative stability of ADDINOL ECO GAS 4010 XD achieves high engine cleanliness and ensures the full performance of the engine components. Even at extreme temperatures, such as in the operation with natural gas, a stable lubricating film is ensured. The Long Life Character supports the significant increase in the specific oil drain intervals.
APPLICATION
- Excellent suitability for the application in modern turbo-charged gas engines operated with natural and special gas in all performance ranges
- For applications in modern plants with highest efficiency
- Reliable application under thermally heavy loaded operating conditions (e.g. steel piston technology)
- Preferred use in engines which demand low ash engine oils
CHARACTERISTICS
- Excellent ageing stability
- Outstanding thermal stability
- Reliable protection of all components against wear
- Highest engine cleanliness
- Low ash performance
- Good neutralisation ability
ADVANTAGES AND BENEFITS
- Reliable lubrication under all operating conditions
- Stable oil film, also at extreme temperature loads
- Oil change intervals above average
- Optimum engine lifetime
- Reduced maintenance effort
- Maximum engine performance
- Best protection of catalytic converter systems for long lifetimes
- No disposal formation
- Reliable protection against corrosive wear