The Iskraemeco MT174 Trifaze Electricity Meter draws attention with the following advantages:

Iskraemeco MT174 Trifaze Electricity Counter can measure power and current / voltage information at the point where Class 1 measurement is sufficient even though the general usage area is user types such as residence and shopping mall. With two-way (import / export) active energy measurement, it can be used in both solar and wind energy systems.

With the Iskraemeco MT174 Trifaze Electricity Meter, measurement in 4 zones allows monitoring of the reactive energy consumption and power factor on the system and the ability of the compensation system to be monitored.

The internal RS485 port on Iskraemeco MT174 Trifaze Electricity Counter can be used to determine important parameters for system analysis such as instantaneous current, voltage, active / reactive power values. This eliminates the need to use an extra analyzer and allows monitoring of the electrical status on the line.

The Iskraemeco MT174 Trifaze Electricity Meter is capable of billing the consumption made on the network and other sources separately by means of the tariff entry, which is specially designed to automatically detect the generator operation. In addition, it can also schedule according to time, such as night, day, and puant.

The Iskraemeco MT174 Trifaze Electricity Meter allows direct connection for many residences thanks to its 120 A maximum current input. There is also a model that can be connected via current transformer if necessary.

It has many illegal use measures and event recording capacity which are important for distribution networks. As the counter interventions made with strong magnetic fields do not affect the counter, these interventions can be detected and recorded. In addition, it can detect and record events such as power interruption, voltage fluctuations, phase sequence fault, reverse energy, overcurrent.

The Iskraemeco MT174 Trifaze Electricity Counter is capable of storing eight different measurement parameters with the ability to hold load profiles. A parameter can be stored for more than two years with one-hour measurement periods. In addition to the load profile, the billing period initial consumption and maximum demand measurements can be taken back 15 months retroactively.