Shell Tellus S3 VS 46

Specifications

Brand

Shell

Category

Hydraulic oils

Viscosity

ISO VG 46

Manufacturer code

007A2117

Availability

On order

Approved for

• Vickers
• Parker Denison

Typical characteristics

Manufacturer's description

A high-performance zinc-based HVLP hydraulic fluid, with enhanced resistance to stick slip. A high viscosity index allows for reliable performance across a wide range of temperatures. Using proven zinc-based anti-wear technology it offers durable performance in mobile applications such as construction and mobile crane applications.

Applications

• A high-performance, zinc-based HVLP hydraulic fluid with enhanced resistance to stick-slip; the high viscosity index allows reliable performance across a wide range of temperatures.
• Using proven zinc-based anti-wear technology, it offers durable performance in mobile applications such as construction and mobile crane equipment.

Performance & benefits

• System EfficiencyShell Tellus S3 VS has been developed with optimised stick–slip performance and wear protection in mind. Stick–slip can be a problem for equipment performance, so the hydraulic oil used can help to deliver smoother operation. This helps operators to maintain precision and control, especially in long-boom equipment such as cranes. Shell Tellus S3 VS fluids have good resistance to thermal and chemical breakdown to ensure consistent performance and protection throughout the fluid drain interval, helping contribute to a longer oil life. Superior cleanliness in severe environments helps keep the hydraulic system functioning efficiently. This is supported by excellent air release and anti-foam characteristics. In addition, Shell Tellus S3 VS provides excellent filterability allowing the use of fine filters for extra protection and long equipment life.
• Outstanding wear protectionShell Tellus S3 VS is designed to meet the increasing demands on hydraulic systems , including excellent performance in the tough Denison T6H20C (dry and wet versions) and the demanding Danfoss Vickers 35VQ25, demonstrating how Shell Tellus S3 VS fluids can help system components last longer.
• Versatile protection in severe environmentsThe established zinc based anti-wear technology in Shell Tellus S3 VS fluids provides extra protection in challenging environments by: Preventing corrosion in presence of water Providing low-friction anti-wear performance Providing superior stick slip performance In addition, the viscosity index helps ensure protection and performance from low-temperature start-up conditions to high temperature and severe duty operations. This product is designed to maintain viscosity even under high shear conditions.
• SS 15 54 34 AV (ISO VG 46 and 68)
• Fluid Compatibility other fluid types (e.g. environmentally acceptable or fire-resistant fluids)

Standards & approvals

• Parker Denison HF-0

  Parker Denison HF-0 — hydraulic fluid, most severe level

  The most severe level of the Denison hydraulic fluid specification: the oil must pass the wear test on both a vane pump and a piston pump, dry and in the presence of water. HF-0 subsumes HF-1 and HF-2.

• Eaton E-FDGN-TB002-E

  Eaton E-FDGN-TB002-E — hydraulic fluids

  The Eaton technical bulletin listing the requirements for hydraulic fluids in Eaton and Vickers equipment, including the vane pump wear test.

• ISO 11158 HV

  Hydraulic oil, type H HV — ISO 11158

  Class HV of ISO 11158: an antiwear hydraulic oil with a high viscosity index, for systems exposed to wide temperature swings.

• DIN 51524-3 HVLP

  Hydraulic oil HVLP — DIN 51524, part 3

  Part 3 of the German hydraulic fluid standard: HVLP oils, with the same additive package as HLP but a high viscosity index, for systems working across a wide temperature range.

• SS 15 54 34 AAV

  SS 15 54 34, class AAV — environmental hydraulic fluid (Sweden)

  Class AAV of the Swedish SS 15 54 34 environmental hydraulic-fluid standard, cited by zinc-free biodegradable hydraulic oils.

• JCMAS P 041

  JCMAS P 041 — hydraulic fluid low-temperature test

  The Japanese construction-machinery test method assessing hydraulic-fluid performance (pumpability, viscosity behaviour) at normal and low temperatures.