Wagner Group GmbH products

The OxyReduct VPSA builds upon the well-known PSA technique of active, energy-efficient fire prevention. It is designed especially for use in protecting large rooms, as it can generate the large quantities of nitrogen they require in an environmentally friendly way. No wonder, then, that this fire protection system has become a standard solution in the warehousing industry.

OxyReduct PSA systems are especially suitable for providing active fire prevention in large-volume rooms. The Pressure Swing Adsorption (PSA) method generates nitrogen using activated carbon.

WAGNER’s newest air sampling smoke detector, the TITANUS^®FUSION, is an affordable high-end air sampling smoke detector that combines decades of experience in early fire detection with innovative engineering. The smoke detection system offers a great deal of planning flexibility: it can reliably monitor a wide range of areas of up to 3,200 m² in size, and can detect even the tiniest quantities of smoke particles early on.

The universal TITANUS PRO∙SENSis WAGNER’s best-selling air sampling smoke detector. Depending on the situation, the one or two detector modules (each with a one-stage alarm) can be set to sensitivity levels as high as 0.015 % obs./m on their primary alarms. The highly modular air sampling smoke detection system offers solutions for both simple and highly specialised areas of application.WAGNER’s TITANUS PRO∙SENSair sampling smoke detector is designed to monitor large areas of up to 5,760 m². Thanks to a combination of innovative High Power Light Source (HPLS) technology and patented LOGIC∙SENSfire pattern recognition, the TITANUS PRO∙SENS^® provides maximum sensitivity and security against false alarms even in difficult environmental conditions.

The TITANUS TOP·SENSis an air sampling smoke detector with all the bells and whistles. It has all the features of the PRO·SENS^®, plus a network card slot to allow network capability via Ethernet / SNMP connection. This premium product includes a bar graph to display smoke density levels in the event of fire. Thanks to a combination of highly sensitive HPLS optical technology and LOGIC^.SENS fire pattern recognition, the TITANUS TOP∙SENS^® combines maximum sensitivity and maximum security against false alarms in rooms as large as 5,760 m². A second detector module can be used to create a dual detector dependency setup, or to monitor a second area independently. Each detector module can be configured with up to three alarm levels. An additional connection socket makes parallel display possible.

WAGNER’s smallest air sampling smoke detector, the TITANUS MICRO·SENS , is designed for small to medium-sized areas up to 400 m² in size. This economical air sampling smoke detector is ideal for use in hotel rooms, offices, and prison cells. The optional ROOM·IDENT feature can localise fires within up to five rooms.

The TITANUS SUPER·SENSis the most sensitive of all of our TITANUS models. It is designed for particularly challenging detection situations, such as highly climate-controlled areas or clean rooms (for computer chip production, for example). Depending on the version selected, the TITANUS SUPER·SENS can be set to display sensitivity levels as high as 0.0025 % obs./m—making it up to 2,000 times more sensitive than conventional optical smoke detectors.

The TITANUS RACK∙SENSis WAGNER’s air sampling smoke detector for monitoring 19” equipment such as server and control cabinets. The fire detection unit can also be expanded to include fire suppression using either integrated or externally attached extinguishing gas cylinders. Ten air sampling points provide cost-effective,  false alarm-proof monitoring of up to five server cabinets. This special fire detector is available in two different installation heights (one or two U), and using either Novec^TM or nitrogen as its extinguishing gas.

Fire extinguishing systems using inert gases are particularly useful in areas with challenging protection requirements. These may include areas containing irreplaceable cultural assets or sensitive technology, situations that require maximum extinguishing system availability, or protected areas at especially great risk due to high fire loads, electrical energy or hazardous materials. Inert gases extinguish fires without leaving residues, thus eliminating the possibility of consequential damage of the type caused by using water, foam, powder or chemical extinguishing gases. Moreover, in typical fire scenarios, inert gases do not react chemically in any way. They are non-toxic and non-conductive, making them ideal for use in electrical and electronic systems.