Early Smoke Detection System
Smoke detection systems are generally used for early fire detection by identifying the presence of smoke in the air.
SecuriSmoke ASD by SECURITON is a modern early smoke detection system capable of capturing even the smallest traces of smoke before a fire develops. It uses active air sampling technology from the monitored area and analyzes it using sensitive sensors. This makes it ideal for environments where conventional detectors fail – for example, areas with dust, strong ventilation, extreme temperatures, or where reliable and sensitive fire detection is critical even in the earliest stages.
- Ultra-fast fire detection and response
- Modularity and scalability – suitable for both small and large installations
- High sensitivity (up to 0.002% obs/m) – reliable detection even in ultra-clean environments
- Quiet operation and robust design
- Easy to use and maintain
- Resistance to dust, humidity, and high-pressure water (IP54 to IP66)
- Wide range of operating temperatures
(-30 °C to +60 °C)
Server rooms and data centers
Cleanrooms and laboratories
Manufacturing halls and logistics centers
Cultural venues and theaters
Metro stations, railways, and transport hubs
Airport halls, dusty or harsh environments
Highly sensitive sensors for reliable early-stage fire detection
Option for centralized control and remote configuration (Config over Line)
Certified according to NFPA 72, VDE 0833-2, BS 5839-1 and other global standards
Developed in Switzerland, manufactured in Germany – a guarantee of quality and reliability
Ceiling-mounted Smoke Detector System
Smoke Detectors – A Proven Foundation of Fire Detection
Smoke detectors form the core of most fire alarm systems. Their role is to reliably and promptly detect the presence of smoke, usually through optical or combined technologies. They are the most common type of detector, suitable for most buildings and facilities – from offices to industrial halls.
Smoke detectors operate based on the detection of smoke particles in the air, most commonly using optical (photoelectric) sensing. Inside the detector is a light beam that gets scattered when smoke appears, triggering the alarm.
Some smoke detectors use multisensor technology, combining optical detection with other inputs, such as:
Carbon monoxide (CO) detection
Monitoring changes in aerosol behavior
Analysis of air movement and flow
These combined (multi-criteria) detectors increase detection reliability and help reduce the risk of false alarms.
Office buildings and administrative areas
These spaces typically have stable indoor climates and low false alarm risks. Optical point detectors are ideal, preferably addressable, allowing precise alarm localization. Their discreet design fits well into representative interiors.
Hotels and accommodation facilities
Emphasis is placed on guest safety, aesthetics, and rapid response. Multisensor detectors are recommended, combining smoke and CO detection, or even temperature – reducing false alarms (e.g., from steam in bathrooms). Addressable systems help with effective evacuation.
Shopping centers and schools
In large or segmented areas, it’s important to ensure complete coverage and correct interpretation of alarm conditions. Addressable optical detectors with remote diagnostics and testing are suitable. In some rooms, combined or heat detectors may also be necessary (e.g., in kitchens).
Residential buildings and homes
In these facilities, simple optical detectors are preferred, often with a local siren or in a wireless design. Important factors include affordability, easy installation, and reliable detection in residential environments. In common areas, they may be part of a central fire alarm system (EPS).
Controlled industrial zones
These areas require durable detectors that can withstand dusty, vibrating, or windy conditions. Suitable are multisensor or specially enclosed optical detectors with adjustable sensitivity. For high ceilings or large halls, aspirating systems may also be considered.
Healthcare facilities, museums, and archives
High sensitivity and elimination of false alarms are crucial here to avoid unnecessary evacuations or damage to sensitive exhibits. Ideal are multisensor smoke detectors with finely adjustable thresholds or aspirating systems for exposed areas like archives and vaults.
For a fire alarm system to be truly reliable, meeting standards is not enough – a professional space analysis and selection of the right technologies are crucial. Our company has many years of experience in designing, supplying, and installing EPS systems even in technically demanding facilities. Thanks to our individualized approach, we can accurately assess the specific conditions of each environment and propose a solution that is not only effective but also long-term sustainable.
Entrust the system design to professionals – we’ll make sure your fire protection works exactly as it should.
