Electrical Equipment Maintenance for Autonomous and Continuous Monitoring
Although annual maintenance of electrical equipment is a legal requirement, it is not enough to ensure that the risk of fire is completely eliminated. If an anomaly is detected, one or several additional maintenance operations need to be scheduled to monitor it. Nevertheless, some autonomous and connected technologies can guarantee 24/7 monitoring. But which technologies can effectively control the risk of fire? What are their advantages? How can they be installed?
A guide that deals with the risk of fire in electrical equipment and the benefits of autonomous, continuous thermographic surveillance.
Fires are a constant concern for companies. To deal with this potential risk, the law requires preventive maintenance to be carried out on electrical equipment every year. This involves checking the condition of equipment using thermal cameras, which can be used to detect abnormal temperature changes. There are three methods to carry out a preventive maintenance, some being more appropriate for electrical equipment maintenance than others. This article explains how to use a thermal camera to carry out maintenance operations.
Combined with infrared technology and the expertise of the thermographer, electrical equipment maintenance is an essential tool in a company’s risk management strategy. However, it only allows analysis at a specific moment in time. We invite you to discover UTC-SD, a monitoring device that operates continuously and autonomously while reducing the costs of preventive maintenance. Using detection and compensation algorithms, UTC-SD, is a decision-making tool that can help take the most appropriate action: send an alert, plan a maintenance, call a technician, etc. Discover the benefits of UTC-SD.
The use of thermal cameras and infrared windows is now a popular strategy for both industries and their insurance companies. We are moving away from a preventive reference model to a predictive model that is based on connected and intelligent detection devices. But how is this technology used? What is the installation process? Let’s find out more about thermography, IoT, compensation and calibration algorithms, as well as the use of the UTC-SD for predictive maintenance.
To find out more about electrical equipment maintenance using thermographic surveillance, download our guide ‘Electrical equipment maintenance for autonomous and continuous monitoring’.
Although annual maintenance of electrical equipment is a legal requirement, it is not enough to ensure that the risk of fire is completely eliminated. If an anomaly is detected, one or several additional maintenance operations need to be scheduled to monitor it. Nevertheless, some autonomous and connected technologies can guarantee 24/7 monitoring. But which technologies can effectively control the risk of fire? What are their advantages? How can they be installed?
A guide that deals with the risk of fire in electrical equipment and the benefits of autonomous, continuous thermographic surveillance.
Fires are a constant concern for companies. To deal with this potential risk, the law requires preventive maintenance to be carried out on electrical equipment every year. This involves checking the condition of equipment using thermal cameras, which can be used to detect abnormal temperature changes. There are three methods to carry out a preventive maintenance, some being more appropriate for electrical equipment maintenance than others. This article explains how to use a thermal camera to carry out maintenance operations.
Combined with infrared technology and the expertise of the thermographer, electrical equipment maintenance is an essential tool in a company’s risk management strategy. However, it only allows analysis at a specific moment in time. We invite you to discover UTC-SD, a monitoring device that operates continuously and autonomously while reducing the costs of preventive maintenance. Using detection and compensation algorithms, UTC-SD, is a decision-making tool that can help take the most appropriate action: send an alert, plan a maintenance, call a technician, etc. Discover the benefits of UTC-SD.
The use of thermal cameras and infrared windows is now a popular strategy for both industries and their insurance companies. We are moving away from a preventive reference model to a predictive model that is based on connected and intelligent detection devices. But how is this technology used? What is the installation process? Let’s find out more about thermography, IoT, compensation and calibration algorithms, as well as the use of the UTC-SD for predictive maintenance.
To find out more about electrical equipment maintenance using thermographic surveillance, download our guide ‘Electrical equipment maintenance for autonomous and continuous monitoring’.
