As we have already seen, humidity and the related condensation are a threat to electrical panels. Humidity and condensation, in fact, are a possible cause of malfunction of the devices installed in them and of a consequent interruption of the operating processes. How does condensation form? When the humidity present in the air inside the […]
Orangis
How to manage enclosure temperature: 3 main challenges
As manufacturers of components for electrical panels, we often talk about how to manage the temperature inside them in an optimal way, to preserve the installed devices and guarantee efficiency and duration of life. Among the most common problems related to temperature management, some in particular can be really challenging. Let’s see them together. Temperature protection […]
Energy efficiency in the thermal management of electrical panels
Energy efficiency is one of the main objectives of environmental policies promoted globally: the continuous growth of the price of energy in 2021 reached +121.3%, with a significant impact on production costs and industrial strategies are progressively moving towards a greener mentality, in which each sector is called upon to do its part. Requests to […]
Energy saving in electrical panels with Sensis
How to combine energy saving and thermal management in electrical panels? By integrating the Fandis Sensis IIoT device into the system it’s possible, and from different points of view! Temperature management and energy saving Thermal management means above all temperature management through all the technologies adopted to protect the devices in the enclosure from the adverse […]
Inductive load in thermostats for electrical panels
In the technical data sheets of thermostats or other automatic switches, manufacturers indicate the maximum current value applicable to contacts with resistive load expressed in Amperes and, in brackets, the inductive load. For UL certified products, the manufacturers indicate only the value for resistive load, while they specify the inductive loads through the maximum applicable […]