Shell Tellus S4 VE 68
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Shell Tellus S4 VE 68
Advanced Synthetic Gas To Liquid (GTL) Zinc Based Hydraulic Oil
Application Shell Tellus S4 VE 68
Mobile Hydraulic systems. Shell Tellus S4 VE, with its broad operating window, long oil drain intervals, superior system operation characteristics and many OEM approvals, is designed to be particularly suitable for mobile hydraulic systems such as construction and mining machinery
Industrial hydraulic systems. Shell Tellus S4 VE, with its energy efficiency benefits and long oil life, is designed to be particularly suitable for stationary industrial hydraulic systems with a high intensity of hydraulic power usage such as injection molding and high pressure metal pressing operations
Wind Turbines. Wind turbine systems are exposed to harsh conditions such as extreme cold climate and humid regions including offshore locations. Shell Tellus S4 VE with its high performance additives in GTL base oil enables long service life and its high viscosity index delivers responsive performance even in cold start conditions
Marine Hydraulic Systems. Shell Tellus S4 VE is recommended for marine applications where ISO HV category hydraulic fluids are recommended
Performance, Features & Benefits of Shell Tellus S4 VE 68 are:
- Total cost of ownership savings. Shell Tellus S4 VE, made with GTL base oil and high performance additive technology, targets to maximize hydraulic efficiency which can lead to 1-5% reduced energy consumption both in industrial and mobile equipment*. The product enables customers to extend their maintenance schedule through longer oil life, exceptional wear protection of hydraulic equipment, and strong protection from the buildup of sludge and varnish.
- Extra-long oil life. Shell Tellus S4 VE Oils are advanced performance, shear stable hydraulic oils using high viscosity index GTL base oil technology with strong thermal and oxidative stability. In addition to meeting standard industry and OEM specification requirements, Shell Tellus S4 VE will achieve up to 10,000 hours maximum duration that can be measured in the industry Turbine Oil Stability Test (TOST).
- Comprehensive system efficiency. Rapid air release makes Shell Tellus S4 VE an ideal hydraulic oil for modern hydraulic systems where reservoir sizes are small. Quick air release reduces noise and prevents pump wear by minimizing air contamination on the high-pressure side. Excellent filtration and water separation performance enables Shell Tellus S4 VE to help maintain clean running equipment. Furthermore, Shell Tellus S4 VE allows for precise operation and control through its optimized stickslip performance. Shell Tellus S4 VE also meets and exceeds stringent cleanliness requirements (ISO 4406).
- Premium Wear Protection. Shell Tellus S4 VE demonstrates outstanding performance even in the most stringent pump tests such as Bosch Rexroth RDE 90245, Denison T6H20C (dry and wet versions) and Eaton Vickers 35VQ25. In addition, Shell Tellus S4 VE has proven performance in thousands of hours of field trials in real equipment ranging from excavators to plastic injection molding machines.
- Sub-arctic to extreme desert heat operations. Use of special high viscosity index base oils (GTL technology) and viscosity modifiers, minimizes the oil’s variation in viscosity with changes in temperature. Exhibiting good fluidity at sub-zero temperatures enables fluid pumpability at low temperatures, prevents cavitation, saves energy, and shortens time for warm-up. Shell Tellus S4 VE offers durable equipment performance at high temperatures. This wide operating temperature window offered by Shell Tellus S4 VE may allow you to use this hydraulic oil for most seasons
Specifications of Shell Tellus S4 VE 68 are:
- Bosch RDE 90245
- Denison HF-0, HF-1, HF-2
- Eaton E-FDGN-TB002-E
- GB 11118.1-2011 L-HV
- GB/T 33540.4-2017
- GB 11118.1-2011 L-HS
- JCMAS P 041:2004 Normal Temperature and Low Temperature
- ASTM D6158-05 HV
- DIN 51524-3 HVLP
- ISO 11158 HV Fluid
- Danfoss
Product Description Shell Tellus S4 VE 68
Shell Tellus S4 VE hydraulic fluids are based on Gas-to-liquid (GTL) technology and are designed for a broad range of stationary and mobile applications, with their extra-long oil life, wide operating temperature window, impactful energy efficiency, and robust equipment protection. Shell Tellus S4 VE enables customers to realise potential cost savings through longer equipment service life and lower maintenance costs.
If you have any questions, please contact OilOnline Technical Helpdesk
Health, Safety & Environment of Shell Tellus S4 VE 68
Health and Safety
Shell Tellus S4 VE 68 Guidance on Health and Safety is available on the appropriate Material Safety Data Sheet.
Protect the enviroment
Shell Tellus S4 VE 68 to an authorised collection point. Do not discharge into drains, soil or water
Typical Characteristics
Properties | Methode | Shell Tellus S4 VE 68 | ||
ISO Viscosity Grade | - | - | ISO 3448 | 68 |
Kinematic Viscosity | @40°C | cSt | ISO 3104 | 68 |
Kinematic Viscosity | @100°C | cSt | ISO 3104 | 11.4 |
Viscosity Index | ISO 2909 | 164 | ||
Shear Stability | @100°C after 5000 N/ 60 0C/ 20 hrs |
%loss | CEC L45-A-99 | 10.5 |
Flash Point | °C | ASTM D92 | 260 | |
Pour Point | °C | ISO 3016 | -40 | |
Brook field | @-25°C | cP | ASTM D2983 | 9500 |
Density | @15°C | kg/m3 | ISO 12185 | 844 |
Dielectric Strength | kV minimum | ASTM D877 | 35 | |
Copper Corrosion (3hrs @1000C) | - | ISO 2160 | 1 | |
Foaming Characteristics Sequences I,II,III Tendency/Stability |
ml/ml | ASTM D892 | 30/0 |
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