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Plot No -18, Tirumala Hans Industrial Park, Indore, India
Imagine a world without power. Factories grind to a halt, hospitals switch to emergency generators, and entire cities go dark. The unsung hero behind our reliable electricity supply is the power transformer, and its lifeblood is the insulating oil within.
At Oorja Technical Services Pvt. Ltd. (OTSPL), we believe that "Clean Oil Meets Reliable Power." As an NABL-accredited transformer oil testing laboratory, we are dedicated to ensuring your transformers—from small distribution units to massive power transformers—operate safely and efficiently.
But what exactly does transformer oil do, and why is it so critical to test it regularly? Let's dive in.
Transformer oil works hard 24x7. It cools the core, insulates the windings, and prevents arcing. Without proper monitoring, this vital fluid can degrade, leading to a cascade of problems:
Think of transformer oil analysis as a regular health check-up for your equipment. It provides an early warning system, telling you what's going wrong before a catastrophic failure occurs.
At OTSPL, our state-of-the-art lab is equipped to perform all tests outlined in IS 335, IS 1866, IEC 60296, and other international standards. Here’s a look at the key diagnostics we provide:
|
Test Parameter |
What It Checks |
Why It Matters |
|
Breakdown Voltage (BDV) |
Dielectric strength of oil using an automatic BDV tester. |
A low value indicates moisture or particles, increasing the risk of flashover. |
|
Dissolved Gas Analysis (DGA) |
Gases like hydrogen, methane, and acetylene from internal faults. |
An early warning system for arcing, overheating, or discharge. |
|
Moisture Content |
Water percentage in the oil. |
Excess moisture destroys the oil's insulation properties. |
|
Acidity Test |
Total acid number (TAN) in the oil. |
High acid means the oil is oxidised and will soon form harmful sludge. |
|
Furan Analysis |
Compounds from paper insulation degradation. |
Tells the actual condition of the paper, helping estimate the transformer's remaining life. |
|
Flash & Pour Point |
Fire safety and cold-weather performance. |
Essential safety and operational checks. |
While all tests are important, some provide deeper insights into your transformer's health.
The BDV test is the first line of defense. It tells you if the oil can handle high voltage. We use an automatic BDV tester for precision, following IS 335 and IEC 60296 standards.
Why it matters: A low BDV is a clear sign of moisture or dirt, which can lead to a flashover. This test is crucial for deciding if oil filtration is needed. For a healthy transformer, BDV should be above 40 kV (new oil should be over 50 kV).
DGA is like a "blood test for transformers." When a fault occurs—like arcing, heating, or partial discharge—the oil breaks down and releases specific gases. Our DGA analysis of transformer oil identifies these gases, such as:
By analyzing these gases, our experts can pinpoint exactly what fault is occurring inside your transformer, allowing for swift intervention.
This is a unique and powerful test because it checks the health of the solid paper insulation, which cannot be replaced. Our furan test measures compounds like 2-furaldehyde (2-FAL). High levels indicate that the paper is degrading, helping you plan for transformer replacement before a failure happens.
When you need accurate, fast, and reliable results, you need a partner you can trust. Here’s why companies across India choose OTSPL:
Keep your transformers running reliably with India's trusted transformer oil testing laboratory. Don't wait for a failure—schedule your health check-up today.
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Contact Oorja Technical Services Pvt. Ltd. today for reliable transformer diagnostics.
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