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Transformer testing is performed to ensure that an electrical power transformer’s requirements and performance are maintained.
Because the transformer is the most important component of an electrical generation/distribution system, its failure will have an impact on the entire generation/distribution system.
Power transformer evaluations. Winding insulation resistance test, winding resistance test, vector group test, tan delta test, no-load test or iron losses, load test or copper losses, temperature rise test, partial discharge test, frequency response analysis test, and transformer oil breakdown test are examples of these tests.
The Global Automatic Transformer Test Bench market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The Model STT Automatic Transformer Test System is now available, according to Optimised Devices, Inc.
It allows for high-speed, automatic testing of power, switchmode, audio, and communication transformers. for high-speed automatic testing of power, switchmode, audio, and communication transformers, Optimised Devices, Inc. has made the Model STT Automatic Transformer Test System available.
By fully evaluating transformers at a single connection, the Model STT reduces test expenses while guaranteeing transformer quality.
All tests are managed by a computer, which also determines whether they are successful or unsuccessful. This cuts down on test time and expense and eliminates operator mistakes.
A single operator can test up to 1000 transformers each hour using the Model STT, as opposed to less than 100 per hour using traditional techniques.
This system is excellent for testing both small and big runs due to its ease of use, quick setup, quick-change fixtures, and easy programme preparation.
Utilizing sample programmes and common test assertions makes it easier to prepare programmes. There is no need for specialised computer training.
Full data logging, repair ticket production, labelling, S.P.C. reporting, and maintenance tasks including system self-check and calibration are all supported by software.
Data from tests and S.P.C.s may also be kept on a hard drive. All transformer specifications, such as winding voltages, resistance, excitation current, loss, and hipot tests, are verified using the test software. Preliminary and final test versions of programmes can readily be provided.
