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General| Supply voltage | 24 V DC |
|---|---|
| Storage temperature | -20 °C to +70 °C |
| Standards | EN 54-20 |
| Application | Early fire detection |
| Detection principle | Optical smoke detection |
| Housing material | ABS |
| Relative Humidity | 10 to 95% RH, non-condensing |
| Alarm Output | Relay contact |
Outlines safety symbols and warnings to prevent damage and ensure smooth operations.
Describes suitable environments and applications for the TITANUS® system.
Explains the basic components of the TITANUS® system, including the basic device and pipe system.
Details how the aspiration unit, detector module, LOGIC·SENS, and airflow monitoring work.
Explains how to use diagnostic software for maintenance, fault finding, and data retrieval.
Covers the installation and use of detonation prevention devices in dangerously explosive areas.
Outlines national and international regulations that must be complied with during planning and installation.
Covers guidelines and considerations for designing the pipe system to ensure reliable fire detection.
Explains the principles and adjustment of air flow monitoring for detecting pipe issues.
Details the division of air sampling smoke detection systems into fire sensitivity classes.
Specifies limit values that must be adhered to for pipe systems, including minimum/maximum lengths.
Details factors for project planning, including sensitivity, aperture count, and accessories.
Covers specialized project planning scenarios and configurations.
Details specifications for detecting individual or blocked aspiration apertures.
Describes simplified project planning for equipment protection and small-dimensioned rooms.
Covers calculations and requirements for the external mains supply and charging current.
Details the configuration of detector modules, including sensitivity, delay periods, and fault display.
Covers specific settings for the detector module, such as response sensitivity and alarm activation delay.
Explains how to set the detector module's response sensitivity using switches.
Details how to set the delay period for alarm activation thresholds.
Explains how to set the activating threshold for air flow monitoring.
Describes setting the delay period for transmitting fault signals.
Details how to set the fan voltage using jumpers on the main board.
Provides instructions for the electrical connection of the fan to the device.
Explains how to set fan voltage on SL devices using FC-2 or FC-3 circuit boards.
Details the electrical connection of the fan to the control circuit board of SL devices.
Describes the procedure for connecting the air sampling pipe to the TITANUS® device.
Outlines the steps for preparing and making electrical connections to the device.
Provides detailed steps for designing and installing the pipe system, including cutting and gluing pipes.
Explains the mounting and grounding of detonation prevention devices in hazardous areas.
Covers the process of adjusting the air flow sensor for accurate readings and system operation.
Details the procedure for adjusting the air flow sensor without considering air pressure variations.
Explains how to adjust the air flow sensor based on ambient air pressure and altitude.
Describes how to activate the detector module and verify alarm signal transmission.
Explains how to check for pipe fractures and blockages using air flow monitoring.
Outlines the steps for performing an operational check of the system's functionality.
Explains how to check the air flow sensor adjustment and its dependence on air pressure.
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