Fires in companies often develop insidiously. Causes such as overheated UPS systems, defective batteries in photovoltaic systems or overloaded charging stations can lead to unnoticed temperature rises, which ultimately result in a smouldering fire. Conventional smoke detectors usually only react at an advanced stage of the fire – at which point damage to infrastructure and personnel has already occurred. In view of this, preventive temperature monitoring is becoming increasingly important as part of a modern security concept.

Technological innovation: the Kentix Multisensor-TI

The Kentix Multisensor-TI is an innovative solution for the early detection of fire hazards. By using modern thermal early detection technologies, critical temperature deviations are detected in real time. The system continuously measures temperature changes in security-relevant systems in order to issue warnings at the first sign of overheating. Central areas such as server rooms, UPS systems, generators, battery storage in PV systems and charging stations for forklifts are monitored.

Integration into modern IoT infrastructures enables permanent and automated monitoring. As soon as critical temperatures are detected, an automatic alarm is triggered – whether via an app, SMS, email or directly via an existing monitoring system. This enables those responsible to react immediately and eliminate potential sources of danger in good time, before a fire can even start.

Advantages and benefits for companies

The early detection of temperature deviations offers numerous operational advantages:

• Proactive hazard prevention: Instead of reacting only in an emergency, continuous monitoring enables early intervention. Critical temperature increases are detected long before a smouldering fire develops.
• Round-the-clock monitoring: Integration into IoT systems enables permanent monitoring of the areas at risk. This minimises the risk of potential causes of fire going unnoticed.
• Automatic alerts: Immediate notifications via various communication channels ensure that the responsible persons are informed promptly and can initiate measures immediately.
• Financial protection: By avoiding production downtimes, plant closures and high insurance costs, the system protects a company’s financial stability.
• Flexible integration: The multisensor TI can be easily integrated into existing infrastructures and is suitable for a wide range of applications – from server rooms and UPS systems to machine parks and battery storage.

Areas of application and examples of use

The versatility of the Kentix Multisensor-TI is reflected in its numerous possible applications. The system offers decisive added value, particularly in areas where continuous operation and a high level of security are essential:

• Server rooms and data centres: Here, constant temperature monitoring is used to prevent overheating and thus ensure smooth operation.
• UPS systems and generators: The early detection of temperature deviations prevents technical defects in critical infrastructures from leading to widespread failures.
• Battery storage and photovoltaic systems: Monitoring is an indispensable safety factor, especially in systems where defective batteries can lead to excessive heat.
• Charging stations and mobile devices: With charging stations, for example for forklifts, continuous temperature measurement contributes to the safety of the entire logistics operation.

Conclusion

The implementation of a system like the Kentix Multisensor-TI represents a significant advance in fire protection. Continuous and automated monitoring of critical systems enables temperature deviations to be detected early and appropriate measures to be initiated. This not only reduces the risk of fires, but also protects employees, prevents extensive property damage and ensures economic operation. Companies that rely on preventive safety measures benefit in the long term from increased operational reliability and sustainable risk minimisation. www.kentix.de