Free PDF manuals for Potter FIRELINK cellular fire alarm communicators — the cellular DACT-replacement product line from Potter Electric Signal Company. FIRELINK communicators connect installed fire alarm panels to monitoring centres via 4G/LTE cellular networks, replacing legacy phone-line based DACTs (Digital Alarm Communicator Transmitters) that are increasingly unreliable as US copper telephone infrastructure is decommissioned.
Potter FIRELINK Cellular Fire Alarm Communicator Manuals
Manuals for this brand are currently being processed and will be added to the library soon. Subscribe for updates to be notified when new manuals go live.
About Potter FIRELINK
Potter Electric Signal Company has manufactured fire alarm and protection equipment in St Louis, Missouri since 1898. The FIRELINK product line addresses one of the most pressing challenges in US fire alarm monitoring: the loss of copper phone lines that traditional DACT communicators rely on. As major US carriers decommission POTS (Plain Old Telephone Service) lines, fire alarm panels lose their primary monitoring path. FIRELINK communicators provide a cellular replacement that meets NFPA 72 monitoring requirements without depending on a building’s phone line.
Key FIRELINK product families
- FIRELINK-25 — entry-level cellular fire alarm communicator for smaller commercial installations, single SIM cellular path
- FIRELINK-100 — commercial cellular communicator with cellular and IP path options for redundant communication paths
- FIRELINK-XL — expanded variant supporting larger panel installations with extended event and metadata transmission
- FIRELINK Mobile App — smartphone application for remote monitoring of communicator status and event history
How cellular fire alarm communicators work
A FIRELINK communicator connects to the host fire alarm panel’s DACT contact closure outputs (typically Fire, Trouble, Supervisory) and converts these into IP messages transmitted over a cellular data link to the central monitoring station. The communicator runs in parallel with or replaces the legacy DACT depending on the installation. NFPA 72 requires two independent communication paths for new installations; FIRELINK-100 and XL variants provide both cellular and IP paths in a single communicator to meet this requirement.
Where FIRELINK is deployed
FIRELINK communicators are deployed across US commercial fire alarm installations as DACT replacements or supplements:
- Existing fire alarm installations losing POTS phone service
- New commercial installations meeting NFPA 72 dual-path requirements
- Sites with unreliable copper phone infrastructure (rural, older buildings)
- Sites where IP communication alone is insufficient (network outage risk)
- Multi-tenant commercial buildings with shared phone infrastructure
- Healthcare and assisted-living facilities requiring high monitoring reliability
FIRELINK and the POTS sunset
The FCC’s ongoing transition away from POTS (Plain Old Telephone Service) has created a real urgency for fire alarm monitoring path upgrades across the US. Many older fire alarm installations rely on DACTs over copper phone lines that are increasingly unreliable and may simply stop working as carriers complete copper decommissioning. FIRELINK and similar cellular communicators provide a code-compliant replacement path that does not depend on copper infrastructure.
FIRELINK vs other cellular communicator brands
The cellular fire alarm communicator market includes Potter FIRELINK, Honeywell’s LTE communicators, Telular communicators (now Honeywell), and others. FIRELINK is positioned as a Potter-branded option for installations already using Potter fire alarm panels, with simpler integration than competing third-party communicators on Potter equipment.
FIRELINK training
BH Courses do not currently run a FIRELINK-specific training programme as the product is primarily a North American product addressing US-specific monitoring path requirements. The underlying principles of fire alarm monitoring path design and DACT replacement are covered in broader fire alarm training programmes. For UK installations, the equivalent monitoring path requirements are addressed under BS 5839-1 and BAFE SP203-1; for the UK compliance pathway, see the BS 5839 / BAFE SP203-1 compliance track.
For broader fire alarm engineering competence, see the Fire Alarm Training Course.
Browse related fire panel manuals
While the FIRELINK library is in build, see the related Potter IPA Series for the addressable Potter fire panels that FIRELINK communicators integrate with. For the parent Potter section, or the wider library, see all fire alarm manuals.
