Transol Synth.100 - A Synthetic Ester Dielectric Fluid Developed For Robust Design and Long life performance of Transformers
Transol Synth, a unique formulation developed by our R&D team, is a transformer designer’s ready and automatic choice for meeting most of the stringent needs of the end-users. Our Synthetic ester is a K-class fluid and has been developed to meet the specifications laid down in IEC 61099 / IS 16081.
Transol Synth answers several unanswered questions of end-users such as – Can it withstand high temperatures? Is it user-friendly? Is it maintenance-free? Can it be used in free-breathing transformers? Can it prevent transformer fires which occur frequently? Is it environment-friendly? Can it combine all the above advantages with enhancement in asset life or higher loading capability? The answer to all the above questions is a reassuring Yes.
Yes, Transol Synth has got unique features of fire-safety, environmental friendliness and superior performance characteristics in comparison to conventional mineral oil based fluids. Our Synthetic ester is an ideal alternative to silicones, mineral oils and dry type transformers.
Besides the above advantages, it also protects the solid paper insulation and significantly slows down its long-term deterioration which accounts for considerable enhancement of transformer asset life. This feature translates to cost savings in the long term.
Unique Technical Features of Transol Synth crucial for designing a Robust Transformer:
By virtue of its superior fire point, Transol Synth has the potential to eliminate or minimize fire accidents caused by faults in the transformers during operation. In this respect Transol Synth filled transformers could be a very viable option as compared to mineral oil filled or dry type transformers.
Our synthetic ester fluid is readily biodegradable and therefore eliminates damage to environment. Hence, costs of handling the fluid if any accidental spillage takes place are quite low compared to mineral oils or silicone fluids.
Transol Synth has very high moisture tolerance which helps in enhancing the life of cellulose paper insulation. The high moisture tolerance coupled with enhancement of paper life by Transol Synth enables higher loading of transformers and reduction of size of a transformer.
The very high oxidative stability of Transol Synth makes it possible to design/operate transformers with or without free breathing systems.
Transol Synth has very low pour point (-570C) making it an ideal choice for installation in cold climates.
Transol Synth complies with all specifications laid down under the international standard IEC 61099 and the corresponding Indian standard IS: 16081.
Transol Synth has been type tested at a reputed Dielectric fluid Testing laboratory as per IEC 61099/IS 16081.
Property | Test Methods | Requirement as per IEC 61099:2010/ IS 16081 : 2013 |
Typical values for Transol Synth.100 |
PHYSICAL PROPERTIES | |||
---|---|---|---|
Colour | ISO 2211 | Max. 200 Hazen | 100 Hazen |
Appearance | Visual | Clear, Free from water and suspended matter and sediment |
Clear, Free from water and suspended matter and sediment |
Density at 20 °C (kg/dm3) | ISO 3675 or ISO 12185 |
Max. 1000 | 965 |
Kinematic viscosity (mm2/s) at 40
°C at 20 °C |
ISO 3104 | Max. 35 Max. 3000 |
32 1400 |
Flash-point (°C) | ISO 2719 | Min. 250 | 265 |
Fire-point (°C) | ISO 2592 | Min. 300 | 315 |
Pour-point (°C) | ISO 3016 | Max. -45 | -57 |
CHEMICAL PROPERTIES | |||
Water Content (mg/Kg) | IEC 60814 | Max. 200 | < 50 |
Acidity (mg KOH/g) | IEC 62021-1 or IEC 62021- 2 |
Max. 0.03 | < 0.02 |
Oxidation stability Test duration 164 h at 1200C |
IEC61125, Method C |
||
Total acidity (mg KOH/g) | Max. 0.3 | < 02 | |
Total sludge (% mass) | Max. 0.01 | < 0.005 | |
ELECTRICAL PROPERTIES | |||
Breakdown voltage (kV) | IEC 60156 | Min. 45 | > 70 |
Dielectric dissipation factor (tan δ) at 90 °C and 50 Hz |
IEC 60247 or IEC 61620 |
Max. 0.03 | < 0.02 |
DC resistivity at 90 °C (GΩ.m) | IEC 60247 | Min. 2 | > 7 |
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