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TTN3516-2E4a

TTN3516-2E4a

Product catalog summary
Technical Data Sheet Summary: Turbonycoil 3516
Description: Turbonycoil 3516 is a mineral turbine oil formulated from naphthenic base stocks and anti-oxidant additives. It has a viscosity of 3 cSt at 100°C and maintains low viscosity at temperatures as low as -60°C.
Main Applications: This oil is used in turbines for civil and military aircraft and helicopters of the first generation, as well as a preservation oil for aircraft engine fuel control systems.
Specifications:
  • Color: Max 0.5 (ASTM D 1500)
  • Density at 20°C: 0.846 kg/dm³ (ASTM D 4052)
  • Kinematic Viscosity: At 40°C: 11.3 mm²/s, At 100°C: 2.9 mm²/s, At -40°C: 2451 mm²/s after 35 min, 2461 mm²/s after 3 h, with a change of 0.4% (ASTM 2532)
  • Pour Point: -61°C (ASTM D 97)
  • Flash Point: 170°C (ASTM D 92)
  • Sedimentation Number: Nil (ASTM D 91)
  • Foaming Test: 25/0 at 24°C, 15/0 at 94°C, 25/0 at 24°C after 94°C (ASTM D 892)
  • Acid Number: 0.01 mg KOH/g (ASTM D 664)
  • Copper Corrosion: 1b (ASTM D 130)
  • Oxidation-Corrosion Test: Viscosity change at 40°C: +0.7%, Acid number change: +0.02 mg KOH/g, Metal weight change: 0.0 mg/cm² for Steel, Copper, Cadmium, Aluminium, Magnesium, Deposits: 0.15 mg/100cm³ (FTM-S-791-5308)
Notes: The values provided are typical and do not constitute a contractual commitment. Sales specifications are available upon request. This technical data sheet supersedes all previous editions.
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Catalog excerpts

TTN3516-2E4a-1

AERONAUTICS & DEFENCE TECHNICAL DATA SHEET MINERAL TURBINE OIL NATO CODE O-133 - AIR 3516/A Iss.2 - MIL-PRF-6081E Grade 1010 DESCRIPTION Turbonycoil 3516 is a mineral turbine oil blended from mineral naphthenic base stocks and anti-oxidant additives, with a viscosity of 3 cSt at 100°C. It retains a low viscosity at very low temperature, down to - 60°C. MAIN APPLICATIONS • Turbine oil (power plant, APU, starter, IDG...) for civil and military aircraft and helicopter of first generation • Preservation oil for aircraft engine fuel control system Unit Typical Result AIR 3516/A Limit Test method Colour - Kinematic viscosity At 40°C At100°C At -40°C after 35 min. after 3 h change after 3 h - Pour point °C - 61 max. - 57 ASTM D 97 - Foaming test (tendency / stability) at 24°C cm3/cm3 25/0 rep°rt ASTM D 892 - Acid number - Oxidation-corrosion test, 168 h at 121°C Viscosity change at 40°C % + 0.7 Acid number change mg KOH/g + 0.02 Metal weight change mg/cm2

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