JET SE500

Jet SE 500

Synthetic Oil for Aviation Turbine

Description:

Peravia Jet SE 500 is a synthetic polyol ester oil with high thermal stability, fortified with carefully selected anti-oxidant, antiwear and anti-corrosion additives.

 

Main Applications:

Peravia Jet SE 500 has designed for use in aeroderivative turbines (turbo-jet, turbo-fan,        turbo-prop, and turbo-shaft), helicopter types in commercial and military service. It also is recommended for aircraft-type gas turbine engines in industrial or marine applications as well as in certain transmission and gearbox applications where a MIL-PRF-23699 lubricant is recommended. The effective operating range of Peravia Jet SE 500 is between -40°C and 204°C.

Caution: Peravia Jet SE 500 contains a synthetic ester oil and should not be used in contact with incompatible seal materials and it also effects some paints and plastics

Specification:

 – MIL-PRF-23699F – STD class

 – NATO Code O-156

 –  DEF-STAN 91-101

 – SAE AS5780 SPC

 – OX-27

 

Advantages: 

•  Excellent ability to withstand high temperatures
•  Outstanding oxidative, thermal and hydrolytic stability
•  Excellent flow properties at low start-up temperatures
•  Excellent anti- rust and anti- corrosion properties
•  Maximum protection from wear and deposits

Health and Safety:

•  Do not use as medicine or food product.
•  If swallowed, get medical assistance. If medical assistance is not immediately available, induce vomiting.
•  After handling wash thoroughly and immediately with soap and water. Launder oily clothing before reuse.
•  Discard oil-soaked shoes or boots.

 

Characteristics:

Result	Test Method	Typical  Characteristics
26.35 5.22 9600	ASTM D445	Kinematic Viscosity, cSt @ 40 °C @ 100 °C @ -40 °C
997	ASTM D4052	Density @ 15, kg/m3
262	ASTM D92	Flash Point COC, ˚C
-57	ASTM D97	Pour Point, ˚C
0.15	ASTM D664	TAN, mg KOH/g
0.6	ASTM D2603	Shear Stability, KV@ 40 °C Loss, %
10/0 20/0 10/0	ASTM D892	Foam               ● Seq. I               ● Seq. II               ● Seq. III
2.7	ASTM D972	Evaporation Loss, % 6.5 h @ 204°C
18.5 7.4	FTM-S-791-3604	Rubber Swell AMS 3217/4, 72 h @ 204 °C, % AMS 3217/1, 72 h @ 70 °C, %
1.8 1.9 1	FTM-S-791-3411	Thermal Stability and Corrosivity 96 h at 274°C Viscosity Change at 40 °C, % Acid Number Change, mg KOH/g Steel Weight Change, mg/cm²
1.5	FTM-S-791-3010	Sediments Filtered through 1.2 micrometer porosity, mg/dm3