| Application |
| |
| - Recommended for use in transformers, rheostats, circuit breakers, oil-immersed high-voltage switchgears, condensers, Tap changers, electrical reclosures, fuses and other electrical equipments, operating under critical conditions, subject to great thermal stresses.. |
| |
| Performance Features and Benefits |
| |
- Excellent fluidity provides efficient functioning at extremely low temperature and ensures superior convective and conductive heat transfer to improve cooling of transformer components.
- High dielectric strength and low dissipation factor provide superior insulating performance.
- Improved resistance to acid and sludge formation due to absence of asphaltic and resinous materials.
- Long term rust and corrosion protection.
- Effective anti-oxidation inhibitor controls the formation of sludges, deposits and soluble compounds which break down the electrical properties of the oil.
- Extended service life.
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| |
| Typical Physical Characteristics |
| |
| Transformer Oil Type |
IIA |
II |
Density @ 20°C, kg/cu.m
Kinematic Viscosity @ 40°C, cSt
Kinematic Viscosity @ 100°C, cSt
Flash Point, COC, °C
Pour Point, °C
Interfacial Tension @ 25°C , mN/m
Dissipation factor @ 100°C, %
Dielectric Strength (D877), KVPolychlorinated biphenyles (PCB) content (IEC 6161) |
0.825
8.9
2.4
154
-48
46
<0.11
70Nil |
0.825
8.9
2.4
154
-48
45
<0.15
70Nil |
|
| |
| Imporant to note |
| |
| During storage, protect the product from contaminating materials such as water and dust. Keep drums horizontally and position of bungs should be below oil level to avoid the amount of air breathing. |
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