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Energy analyzers are generally used to measure electrical values ​​such as current, voltage and power in electrical panels. Engine control centers, control panels, Generator panels, power distribution panels, etc. It is widely used for

The network analyzer can present the values ​​it measures on the screen, as well as allow you to control other systems according to the data it measures, thanks to its programmable relays. At the same time, you can perform operations such as transferring the data you read on the screen to the computer through the device. Energy analyzers are the ideal choice for monitoring and controlling power distribution systems.

If we summarize what we have said about energy analyzers, we can say that they are devices that present the measurements of the electrical energy in our systems in a way that we can monitor, store and analyze using today's technologies.

The increasing importance of energy day by day, the development of industrial technologies and its existence in all areas of our lives have increased the use of energy analyzers. While the amount of visible energy determines the energy efficiency, the criterion for quality is achieved by eliminating harmonic components. Energy analyzers are used with current transformer. It makes its measurements with the help of current transformer. By examining the Energy Analyzer Connection Diagram, you can better learn how to use the Energy Analyzer and the current transformer together.

We can examine Multifunctional Energy Meters in two different categories in terms of usage features.

1)Panel type energy analyzers
2)Portable energy analyzers

In our country, there are panel-type energy analyzers used in many energy transformers, as well as portable energy analyzers that are generally used by breakdown teams. Portable energy analyzers can be used to detect the fault of the panel analyzer, to compare the measurement values ​​or to control the value.

Energy analyzers are used to measure which parameters?
There are many parameters that these devices measure and store on the network. If we show it in items:
1) It measures Phase-Neutral and Phase-Phase voltages,
2) Instantaneous current,
3) Instant active power,
4)Reactive power,
5) capacitive power,

It can measure as well as the Active, Inductive and Capacitive values ​​spent per hour. Along with these, they also measure harmonic distortions for energy efficiency. The energy analyzers, which are generally used for this purpose, will deliver the instantaneous measurement values ​​to you thanks to certain communication ports.

If you see any errors in the measurements, it will be very useful to contact your energy provider and report the situation. Such situations are generally encountered in businesses and places where the number of semiconductor switching elements is high. In addition, with the energy analyzer, you can detect and intervene the fluctuations that may occur in the network. In this way, you can prevent card failure problems in your devices controlled by electronic card.