Solution F1
Modular fire alarm control panels, with F1-6 and F1-18 enclosure options.
Explore Solution F1 Ask about this rangeNSC
Solution F1 fire alarm control with Apollo device support and a specified SIL2 configuration.

Solution F1 uses a modular architecture. Select the enclosure, loop cards, power supply and redundancy for the project, with device compatibility checked against the chosen configuration.
Meet the manufacturer
Modular fire alarm control panels, with F1-6 and F1-18 enclosure options.
Explore Solution F1 Ask about this range
A separate compact panel range for smaller systems. SIL2 information on this page applies to the specified F1 configuration.
Explore Solution F2 Ask about this rangeSIL2 requires redundant CPU and loop cards, not just a standard panel.
Match each device to the selected loop card and supported firmware.
Provide remote monitoring of panel operation and the required protective coating.
Approvals apply to the exact model and configuration named in the manufacturer’s documents.



Requires the documented redundant CPU and loop cards, protective coating and remote monitoring.
Manufacturer DetailsCheck the exact device, multiprotocol card and firmware combination.
Manufacturer DetailsDedicated control equipment for extinguishing systems.
Explore RangeNSC also offers voice alarm equipment for evacuation announcements.
Explore RangeAsk us about availability and the model requirements for your project.
NSC documents support for Apollo XP95, Discovery and, with the specified multiprotocol cards, CoreProtocol/Soteria. Confirm the exact card, firmware and supported device list.
No. NSC’s brochure specifies fully redundant CPU and loop cards, protective-coated circuit boards and remote monitoring of panel operation for the SIL2 configuration.
It refers to functional safety under IEC 61508 for the documented configuration. It is not a blanket approval for every connected device or the entire installation.
The brochure describes F1-6 with two to six loops and F1-18 with two to eighteen loops. Confirm the current hardware and project configuration with NSC.
Provide their exact part numbers and the proposed loop-card and firmware details. Apollo branding alone does not establish compatibility.
Request the applicable certificate, safety manual, approved hardware configuration and monitoring requirements. These should be reviewed against the project’s safety requirements.
Send the full part number and clear photographs of the equipment label. Include the system it connects to so the replacement can be checked.
Include the model or project drawings, quantity, delivery country, required date and any specified approvals.
Send your drawings, required models and delivery location. We can help identify the products and documents you need.