Why choose addressable
This precision brings clear benefits: faster response, fewer false alarms thanks to device-level settings and analysis, easy extension by adding devices to the loop, and networking of several panels across a campus. Addressable systems are the standard choice for medium and large buildings such as hospitals, offices, hotels, airports and industrial sites.
Standards and our systems
Fire alarm control panels in Europe are specified to EN 54-2, power supplies to EN 54-4, and EN 54-13 checks that the components of a system work together. Projects in the Middle East may also follow UL requirements. Kidde Global Solutions offers addressable systems for both: the Excellence Series from Kidde Commercial, EST4 from Edwards, and migration paths for Ziton and Kilsen installations.
What is the difference between addressable and conventional fire alarm systems?
In a conventional system the detectors of a zone share one circuit, so the panel only shows which zone is in alarm. In an addressable system every device has its own address, so the panel shows the exact device, which speeds up the response and makes maintenance easier.
How many devices can an addressable loop carry?
It depends on the panel and the devices. Loops commonly carry between about 125 and 250 addressable devices, and the datasheet of the panel gives the exact limit for your project.
Which standards apply to addressable fire alarm systems in Europe?
Fire alarm control panels follow EN 54-2, power supplies EN 54-4, and components such as smoke detectors (EN 54-7) and manual call points (EN 54-11) have their own parts of the EN 54 series. EN 54-13 checks that the parts of a system work together.
How does an addressable fire alarm system work?
Detectors, call points and modules are connected on a loop from the panel. The panel polls every device by its address, so when one reports a fire the panel shows which device and where, and starts the alarm outputs.
How do you install an addressable fire alarm system?
The panel and the loop devices are installed to the design, each device is given its address, and the system is programmed and commissioned by a trained engineer according to the manufacturer's instructions and local standards. Our tools and training help with this.
