How to operate a combined wave surge generator?

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In order to evaluate the resistance of electrical and electronic devices to power surges and transients, it is necessary to utilize a device known as a mixed wave surge generator. This kind of generator uses a mixture of common mode and differential mode surge signals. The following is an overview of the most important aspects of running a combined wave surge generator:

  • Connect the equipment to be tested (EUT) to the surge generator using the appropriate test leads. Connect the equipment to be tested (EUT) to the surge generator. Check that the connection is secure and that the EUT has power.
  • Activate the surge generator, then use the control panel to configure the required surge parameters, such as the surge amplitude, surge duration, and repetition rate. Once these settings are complete, turn the surge generator back on.
  • Choose the appropriate surge waveform from the list of possibilities that are shown on the surge generator. These options include common mode surge, differential mode surge, and mixed wave surge.
  • Start the surge test by pushing the start button located on the surge generator. The surge test should now be in progress. The EUT will next be subjected to the surge waveform that was chosen by the surge generator.
  • During the surge test, the EUT should be monitored and observed to see whether or not it continues to work correctly or whether or not any damage occurs.
  • After the surge test, write down the findings of the test, including any observations and measurements of the performance of the EUT as well as any damage that may have been caused by the test.
  • Repeat the test: The surge test has to be repeated a number of times, as required by the applicable standards and regulations, to confirm that the EUT is able to resist many surges without experiencing any kind of failure.

When running a mixed wave surge generator, it is essential to adhere to the instructions and recommendations provided by the manufacturer. This is due to the fact that various models may have distinct modes of operation. When working with high voltage equipment, it is imperative that suitable safety measures be taken at all times.

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