Need help?Do you have a question about the WAGNER TITANUS and is the answer not in the manual?
General| Power Supply | 24 V DC |
|---|---|
| Operating Temperature | -20°C to +60°C |
| Alarm Output | Relay contacts |
| Certification | VdS, EN 54 |
| Humidity Range | 10% to 95% (non-condensing) |
Overview of the aspirating smoke detection system and its intended use for installers.
Details on symbols used in the manual to highlight important safety and operational information.
Information regarding warranty terms, exclusions, and liability for damages.
Defines the copyright ownership and rules for reproduction or distribution of the manual.
Instructions on handling packaging materials and proper disposal of the product components.
Details on system features like fire location, sensitivity, signal processing, and airflow monitoring.
Outlines suitable environments and conditions for using the aspirating smoke detection system.
Describes the main components of the system, including detection unit, device base, and pipe system.
Explains the operational phases and principles, including ROOM·IDENT technology.
Details various optional accessories and their overview, such as relay boards and detector boxes.
Explains the use of external detector boxes for system configuration and sensitivity enhancement.
Information on using the diagnostic tool for configuration, maintenance, and fault analysis.
Describes the function and connection of parallel displays and reaction indicators.
Details the pipe system components and their general arrangement for smoke detection.
Explains the design and installation of aspiration apertures, including reduction films and clips.
Describes the types of air filters used to protect the system in dusty conditions.
Details the mounting and purpose of the noise suppressor for low-noise applications.
Explains the function and installation of a steam trap to manage condensation in humid environments.
Provides detailed technical data including voltage, current, dimensions, weight, and protection class.
Specific technical data for the detection box, including power, dimensions, and temperature range.
Technical specifications for various accessories like parallel displays and relay boards.
Details on pipe length, aperture count, temperature range, and monitoring surface area.
Introduction to project planning for air sampling smoke detection systems according to EN 54-20.
Lists applicable national and international regulations for planning and installation.
Guidelines for symmetrical and asymmetrical pipe system layouts and aperture planning.
Details on air flow monitoring requirements and adjustments according to EN 54-20.
Defines fire sensitivity classes and adjustable sensitivities for detection units.
Specifies minimum and maximum limit values for pipe length, apertures, and monitoring areas.
General guidelines and factors to consider for project planning, including accessory selection.
Methodology for planning pipe systems incorporating various pipe accessories like air filters.
Provides tables for determining aspiration aperture diameters based on pipe configuration.
Parameters and limit values for planning individual aperture monitoring scenarios.
Details on simplified pipe designs for equipment protection in small areas.
Guidelines for designing systems in air conditioning ducts with forced air flow.
Formulas and considerations for calculating power supply requirements for the detection system.
General rules and considerations before starting the installation process.
Criteria for choosing an appropriate installation location for the smoke detector.
Step-by-step instructions for connecting the air sampling pipe to the detection unit.
Guide for making electrical connections for additional modules and components.
Wiring diagram and instructions for connecting to a CFDU and using a reset button.
Procedure for installing and connecting the reset board for line monitoring.
Instructions for fitting the reset and isolating button board into an additional housing.
Steps for fitting the relay boards RU-1 and RU-2 into an additional housing.
Options for connecting the system to the AlgoRex fire alarm system.
Procedure for installing AlgoRex line components into the additional housing.
Describes the connection and use of AnalogPLUS technology with the system.
Details the integration and use of interactive technology with the system.
Explains how to connect multiple units into a network for monitoring.
Instructions for connecting parallel displays to the detection unit.
Details the electrical connections for parallel displays via terminal blocks and indicator bus.
Guide on addressing reaction indicators using switch settings.
Procedure for correctly inserting the detection unit into the device base unit.
Overview of system settings adjustable via the diagnostic tool.
Details on configuring sensitivity, alarm delays, air flow thresholds, and fault display.
Instructions for activating/deactivating dynamic air flow, ROOM·IDENT, and LOGIC·SENS features.
Guide on setting ventilator voltage, air pressure, and height for optimal performance.
Instructions for performing device checks and logging data using the diagnostic tool.
Details on pipe requirements, external/internal diameters, and installation instructions.
Explains how temperature variations affect pipe length and how to calculate expansion.
Instructions for designing and positioning air sampling points with aspiration-reducing films.
Procedure for installing ceiling feed-throughs for concealed pipe system mounting.
Guidelines for system design in air conditioning ducts with ventilation or climatic applications.
Instructions for installing LF-AD-x and SF-400/650 filters to protect the system.
Explains the air return system for managing pressure differences and air pollution.
Details on how to mount the noise suppressor to reduce noise emissions.
Instructions for installing and connecting a 3-way ball valve for blow-through processes.
Guide for installing a steam trap to eliminate water vapor from the pipe system.
Instructions for installing and using the test adapter for maintenance and service.
Steps for preparing and commissioning the detection unit, including pipe system checks.
Describes the automatic commissioning process using the Plug and Play function.
Procedure for commissioning using the diagnostic tool, allowing settings adjustments.
Instructions for installing the diagnostic software on a PC or laptop.
Details on adjusting the air flow sensor for optimal performance and stability.
Describes the automatic adjustment of the air flow sensor independent of ambient air pressure.
Instructions for adjusting the air flow sensor based on ambient air pressure using a barometer.
Procedures for testing the detection unit's functionality and alarm signal transmission.
Steps to test the air flow monitoring for pipe breaks and blockages.
Procedure to verify that fault signals are correctly forwarded to the FAS.
Detailed steps for testing the air flow sensory analysis function using test equipment.
Procedure for commissioning the fire seat location feature using the ROOM·IDENT screen.
Steps for commissioning and testing reaction indicators for fire location indication.
Guidance for performing visual checks on the system components for proper mounting and condition.
Procedure for testing the detector and alarm forwarding functionality.
Instructions for testing and clearing pipe system blockages using compressed air.
Step-by-step guide for replacing the detection unit.
Instructions for changing air filters (LF-AD-x and SF-400/650) for system maintenance.
Procedure for manually blowing through the pipe system to clear debris.
Procedure for checking and verifying the air flow sensor adjustment using diagnosis software.
Steps for testing the fire seat location and reaction indicators functionality.
Procedure for testing the air flow monitoring function for breaks or blockages.
Procedure for testing the forwarding of fault signals.
Overview of recommended maintenance intervals for inspections and servicing.
To Next Page
