Choosing the right product group for conventional and addressable fire alarm projects is critical for early detection, fast evacuation and reliable response. On this page, you can quickly access the core product categories that form a complete fire detection and alarm infrastructure.
You can review products by switching to the category that matches your needs, and request technical support for your project requirements.
Conventional fire alarm panels are commonly preferred in small to mid-sized projects, offering zone-based monitoring, clear control and practical on-site installation advantages.
With smoke and heat detection options, conventional detectors help identify fire at an early stage. Correct detector selection based on the application area directly affects performance.
Manual call points enable fast alarm activation as soon as a fire is detected. Proper placement and the right type selection play a critical role on site.
Panels designed for marine and harsh environmental conditions are positioned to offer more robust solutions against vibration, humidity and demanding operating environments.
Sounders and visual warning devices play a critical role in announcing an alarm clearly throughout a building. Sound level, protection rating and mounting type should be defined correctly based on the area.
Power infrastructure is at least as important as the control panel for stable operation of fire alarm systems. Battery charging management, load capacity and certification are decisive in projects.
In large and complex projects, addressable systems provide point-level monitoring and event management advantages. Loop architecture enables more flexible planning across wide areas.
Addressable detectors report alarm and fault events with point-level accuracy, accelerating the response process. They provide operational advantages especially in multi-storey and multi-compartment buildings.
Addressable manual call points make the incident location clearly visible on the control panel, helping evacuation and response processes become more manageable.
Modules for contact monitoring and sounder control enable the addressable system to expand, integrate and control different field devices across the site.
During periodic maintenance and testing, these tools help quickly verify proper detector operation on site. A planned maintenance approach improves system reliability.
Firefighter telephone systems support team communication during a fire and improve coordination in large buildings. They are an important complement for planned emergency communication.
In high-ceiling and large-volume spaces, beam detectors can be a key part of the detection strategy. Correct positioning and selection are critical based on the application area.
In critical areas, extinguishing panels are used for the control and monitoring infrastructure of automatic extinguishing systems. Input/output structure and safety interlocks should be planned based on the scenario.
In buildings where cabling is difficult, wireless solutions can speed up installation. Coverage, battery life and project conditions should be evaluated together during the survey phase.
In residential and small commercial areas, stand-alone detectors are a practical solution to increase local safety. Options include smoke, heat and carbon monoxide detection.
Used to deter and control unauthorized use of emergency exit doors. Provides operational benefits in schools, malls, warehouses and high-traffic facilities.
Used to support automatic shutdown and safety scenarios in critical infrastructure during earthquakes. Contact type and installation approach should be determined based on the application area.
Vibrating solutions that support alerting hearing-impaired users during emergencies create an additional safety layer when used alongside fire alarm infrastructure.
In industrial areas with gas risk, early detection is critical for evacuation and automation scenarios. Gas type, measuring range and output types should be determined based on project scope.
Cable-type heat detection can provide early warning by monitoring temperature rise along the cable route. It offers an alternative detection approach for long lines such as cable trays, parking areas and warehouses.
For personal safety, portable gas detectors can provide quick measurement and warnings for maintenance teams, field workers and entry to risky areas.
Conventional or addressable? How many zones / how many loops? Which detector type? How should sounder placement and power calculations be done? If you share your project details, we can quickly clarify the correct product group and help you move forward.
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In small to mid-sized buildings, conventional systems can offer cost and installation simplicity advantages. In large, multi-storey and multi-compartment buildings, addressable systems provide faster response through point-level monitoring and event management. Project scale and operational needs should be evaluated together.
The area’s purpose, environmental conditions (dust, steam, temperature), ceiling height and risk scenario are decisive. For example, in some areas a heat detector may be more appropriate, while in office-like spaces an optical smoke detector is commonly preferred. A correct risk assessment during the survey phase is critical.
Required sound level, ambient noise, mounting location, protection rating (indoor/outdoor) and user profile (accessibility) are key criteria. To ensure successful evacuation, warnings must be both audible and/or visible as needed.
Power continuity is critical in fire alarm systems. A suitable power supply supports stable operation during alarms through battery charging management and load capacity. When calculating project power, the panel and all field devices must be considered together.
