Shell Tellus S3 V 46

Main Applications
● Hydraulic systems in mobile equipment and/or equipment operating outdoors. Low-temperature start-up.
Shell Tellus S3 V hydraulic fluids are suitable for a wide range of hydraulic power applications found across all
industrial environments and sectors, public works and mining, especially equipment operating outdoors and/or with
low start-up temperatures, thanks to their high viscosity index. Maximum protection from start-up and full equipment
availability at any temperature.
● Precision in hydraulic power transmission
Shell Tellus S2 VX fluids offer effective viscosity control in mobile hydraulic power applications, where maximum
efficiency and control are required under variable operating temperature conditions, e.g. excavators and cranes,
where an ISO HM / DIN HLP type fluid may prove inefficient.
● Reduced environmental impact
In the event of a leak or accidental spill, Shell Tellus S3 V offers a reduced environmental impact compared with
conventional zinc-based hydraulic fluids. This is achieved through the use of “Ashless” anti-wear additive technology
and low-sulphur base oils.
To further minimise environmental impact, Shell offers the Shell Naturelle range of biodegradable hydraulic
lubricants.
For the most severe operating conditions, longer fluid service life and improved efficiency, Shell Tellus S4 ME offers
our highest level of performance and system efficiency.

Properties and Advantages
● Long service life – Savings in maintenance
Shell Tellus S3 V fluids offer an improved capacity to extend hydraulic fluid maintenance intervals and therefore
reduce equipment maintenance and operating costs through:
○ Higher oxidation stability demonstrated by the TOST test (ASTM D943), in which values above 5000 hours have
been obtained.
○ Excellent thermal and hydrolytic stability, strong protection against high operating temperatures and water
contamination.
○ Exceptional shear resistance, maintaining stable viscosity throughout its service life.
These advantages help ensure efficient and reliable performance of hydraulic systems, reducing operating costs and
increasing equipment availability, even under severe operating and environmental conditions.