Wagner AD-05-0800 Titanus SuperSens - Very High Sensitivity - 3 Alarm Levels - Bar Graph

Wagner AD-05-0800 Titanus SuperSens - Very High Sensitivity - 3 Alarm Levels - Bar Graph

The TITANUS SUPER·SENS® is 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.

A network-compatible version of the TITANUS SUPER.SENS® is also available. It has 24 air sampling points. Because it is used in clean-room situations, it does not require fire pattern recognition technology, as false alarms cannot occur. Its exceptional sensitivity is thanks to proven, innovative HPLS technology. The TITANUS SUPER.SENS® is available in versions for clean rooms (2x sensitivity) and high-grade clean rooms (4x sensitivity). The galvanic version is a good choice for corrosive environments.

Key Features

• The air sampling smoke detection systems are available with bar-graph smoke level indicators and/or parallel display connections
• They also have a network card slot to allow Ethernet or SNMP network configuration
• Can be configured with graded alarm activation—up to three alarms per detector module
• TITANUS®PipeXpress Secure project planning and configuration is just five clicks of the mouse away
• The plug-and-play system saves time on commissioning
• Energy supply: 24V CC (14 – 30)
• Max. power consumption at rest: 245 mA
• Max. power consumption of alarm: 320 mA
• Max. nº of aspiration openings: 24
• Maximum duct length: 200 m
• Dimensions: 240 x 366 x 132 mm
• Temperature interval: -20ºC to +60ºC
• Humidity: from 10% to 95% without condensation.
• Sensitivity of alarm response: 0.006% obs/m
• Certificates: EN 54-20, classes A, B, C, nº 0786-CPD-20781
• VdS Approval nº: G201035