In this video, we will delve into a crucial aspect for the lifetime and safety of power capacitors: the temperature class.
Reactive power capacitors are essential components in electrical systems, but their performance and durability are closely linked to temperature. It is vital to understand how temperature affects the service life of these devices and how to keep them within safe limits to avoid serious damage, including the risk of rupture.
The temperature class of a condenser indicates the maximum and minimum temperature it can withstand continuously without compromising its structural integrity and performance. Exceeding this limit can lead to accelerated deterioration of the condenser, increasing the risk of catastrophic failure.
It is important to understand that on one side the minimum temperature is indicated and on the other side the maximum temperature is designated with a letter such as -40/D.
This letter “D” indicates the maximum temperature limits, daily averages and annual averages that the condenser has to work.
If you want to know how to obtain this data, we leave here a video where we explain how to read the nameplate of a capacitor.
• Nameplate for THREE-PHASE TUBULAR CONDENSER
And also a catalog of the different models available from Vector Energy.