By analyzingThree phase microcomputer relay protection testerMarket research has identified an urgent issue that needs to be clarified. Transformer nuclear power plant engineering projects do not necessarily have to be self built or self operated, and should be utilized effectivelyThree phase microcomputer relay protection testerIt can solve all the troubles without relying on manual on-site management. As long as the three-phase microcomputer relay protection tester is well managed, the specific management can be entrusted to nuclear power professionals.
three-phaseMicrocomputer relay protection testerThe overvoltage relay test adopts the "AC test" procedure. When the rated voltage of the relay is less than 120V, the single-phase voltage value can be used as a variable for testing. By using automatic or manual methods to change the voltage until the relay is activated, the operating voltage and operating time values can be measured. The maximum value of each phase voltage is 120V. When the rated voltage of the tested relay is greater than 120V, two-phase voltage can be used for testing. Three phase microcomputer relay protection tester undervoltage relay, also known as low voltage relay, usually only has normally closed contacts. Opening the normally closed contacts indicates relay action. You can choose a relatively high voltage value and then decrease the voltage by a certain step until the relay acts. At this time, the voltage value displayed on the screen is the operating voltage value of the low-voltage relay.Three-phase microcomputerRelay protection testerThe level of development not only represents a country's level of peaceful use of nuclear energy, but also becomes one of the indicators to measure a country's level of scientific and technological innovation to a certain extent, and is also the key to the progress of domestically produced equipment. Therefore, the task of entering the market for three-phase microcomputer relay protection testers is very urgent.










