Electric heat cables are used to counteract heat dissipation from process equipment through insulation in industrial environments. Heat loss results in a drop in temperature which can have disastrous consequences, such as frozen pipes or reduced resistance to flow. Electric heat cables work to replace lost heat and maintain the desired temperature when the required wattage is applied.

Today, individuals and companies alike are becoming more concerned with the amount of power their lighting solutions require.

Choosing energy-efficient lighting is not only better for the environment in general, but it can also help you to save on power consumption costs while creating a more sustainable future. Moreover, with plenty of high-quality options on the market, choosing the energy-efficient route doesn’t have to diminish the quality of your lighting anymore either.

Traditional time-division multiplexing (TDM) networks deployed in utility environments meant that communication channels between various stations and control centres were considered secure. Instead, packet-oriented networks were thought of as insecure as many applications in utility environments don’t support IP-layer security for reasons relating to technology and time constraints.

Switchgear and control gear encompass all electrical components and devices required to activate, deactivate and protect electrical equipment and its consumers. 

They are the cornerstone of every electrical system across industries, so it’s important to ensure you select the best enclosure and thermal management system to maximise performance and longevity. These are used to ensure the safety and functionality of systems and protect against external factors such as dust, water, weather and other contaminants.