The EGIL200 circuit breaker analyser has been developed in response to demands for an affordable mid-range circuit breaker analyser that is fast and easy to use. The emphasis in the EGIL200’s development has been on ease of use, ensuring that the time spent setting up measurements is kept to a minimum. With the quick test mode, all relevant settings are on one screen, ready to select and begin testing.
Ideally suited for testing high and medium voltage circuit breakers in substation and industrial applications, this versatile instrument offers a wide range of functions. All recommended measurements specified in the IEEE C37 and IEC 62271 standards are included.
The EGIL200 is based on technology used in Megger’s market-leading EGIL and TM series of circuit breaker analysers, combining their ease of use with many other features that have made them so popular. These features include PIR contact timing and PIR resistance measurements, which are accurate even in noisy environments, thanks to their Active Interference Suppression technology.
Other key features of the EGIL200 include its one-click report generation ability. You can upload results to a PDF file or send them directly to an optional integrated printer. The EGIL200's robust construction makes it suitable for operation in even the most demanding on-site conditions.
Connection to the test object has also been streamlined, so you only need to connect the test leads once to perform all the following measurements or operations:
The EGIL200 can be supplied in versions that are pre-configured for standard applications, such as medium voltage, high voltage, and dead-tank breaker testing, or in a fully customisable configuration that supports up to four breaks per phase and three analogue inputs.
When a vacuum circuit breaker is commissioned or undergoes routine tests, it is very important to be able to ascertain whether or not the Vacuum Interrupter (VI) is intact before putting it back into operation.
VIDAR Circuit Breaker Testing Set enables you to check the integrity of the vacuum interrupter quickly and conveniently by means of the known relationship between the flashover voltage and the vacuum interrupter. A suitable test voltage (DC) is applied to the breaker, and the result is known immediately.
