Highly-sensitive very early smoke detection means maximum damage minimisation. WAGNER Group GmbH has successfully implemented this credo for years with the proven TITANUS® technology. Now the Langenhagen-based company is introducing a new innovation to the market: TITANUS MULTI·SENS® means intelligent air sampling smoke detectors which have a unique capability: They know what is burning and what is not burning.

WAGNER_TITANUS_Multi_Sens_2The goal of the new development is to be able to completely eliminate false alarms and their consequential costs while simultaneously guaranteeing a very high triggering sensitivity of the air sampling smoke detector. For a long time, false alarms could only be avoided by using a combination of technologies of heat, smoke and gas detectors. The result, however, was a delay in fire detection and a lower triggering sensitivity.

The TITANUS MULTI·SENS® is the first system which can be taught false alarm types specific to the operating conditions and customer-specific fire patterns. The air sampling smoke detector recognises, analyses and automatically evaluates them by means of a patented analysis process. The system also classifies the smoke aerosols of a cigarette or mist, for instance, as non-critical and only issues a corresponding informational notification instead of a fire alarm. In the process, earliest possible and highly-sensitive fire detection are assured.

“Our newly developed MULTI·SENS® technology is based on our solution approach ‘We tell you what isburning and what is not ‘”, said Torsten Wagner, managing director of WAGNER Group GmbH, who is also responsible for research and development. “At the same time, the knowledge gained makes it possible to initiate the appropriate and effective countermeasures directly As such, staff can simply be notified of cigarette smoke, instead of the fire brigade being called in.”

TITANUS MULTI·SENS® assures protection against the effects of a fire, as well as the consequences of undifferentiated alarms. Financial or production losses can thereby be effectively prevented, particularly in areas subject to interfering factors.

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