Gas stations, EV charging facilities, and warehouses aren't like office buildings. Standard fire alarms weren't designed for flammable vapors, battery thermal runaway, or 40-foot ceilings. Our specialized systems are built for exactly these challenges— detecting problems earlier, surviving harsh conditions, and giving you real-time visibility into what's happening.
Specifications vary by SKU—confirm on datasheet.
Our cameras don't just detect smoke—they see flames, analyze the situation, and send video confirmation in seconds. Know exactly what's happening before making critical decisions.
LoRaWAN sensors cover massive areas without running cables. Perfect for warehouses, outdoor facilities, and locations where traditional wiring is impractical or cost-prohibitive.
ATEX and IECEx certified for environments with flammable gases and vapors. These detectors are designed to work where others would become ignition sources.
Fuel vapor environments need explosion-proof equipment and fast response. Our ATEX-certified AI cameras monitor pump areas 24/7, with automatic integration to emergency shutdown systems.
Battery fires from thermal runaway are different from traditional fires— they burn hotter, longer, and reignite after suppression. Early thermal detection gives you critical minutes to respond.
High ceilings, massive floor areas, and inventory that changes daily. Our wireless LoRaWAN sensors cover entire facilities without expensive cable runs, and our AI cameras monitor high-value zones.
Manufacturing environments combine multiple hazards—chemicals, machinery, electrical systems, and often processes that generate heat or sparks. We design systems for the specific risks of your operation.
Bulk storage facilities face smoldering fires that build slowly in dusty, high-bay environments. Beam detection and early smolder-sensitive sensors catch problems before commodity loss escalates.
Chemical storage and process areas combine fire, gas, and thermal hazards. Multi-criteria detectors and hazard-rated enclosures support classified zones with wireless backhaul to reduce cabling in sensitive areas.
Standard smoke detectors won't survive in a gas station environment—vapors, dust, and weather exposure destroy them within months. Our ATEX-certified explosion-proof detectors are specifically designed for hazardous locations with flammable atmospheres. They're sealed against ignition sources and rated for the fuel vapor concentrations you deal with daily.
EV battery fires start with thermal runaway—a cascade of overheating that can begin 10-20 minutes before flames appear. Our thermal monitoring systems detect the temperature anomalies at the earliest stages, often while the battery is just "getting warm." That gives you time to isolate the vehicle and prepare response before it escalates to the fire department.
Yes. Our LoRaWAN sensors have a 15km range in open areas—a warehouse is no problem. We typically install a single gateway in the office area and place wireless detectors throughout the facility. They communicate through walls, shelving, and inventory without issues. Most warehouses need 10-20 detectors total.
When configured, the camera captures video and applies on-device or cloud analysis to distinguish fire signatures from steam, dust, or glare. Alert timing depends on sensor type, network latency, and platform settings—confirm response times on the product datasheet for your SKU. Video can be forwarded to designated responders and, where integrated, linked to suppression or shutdown systems.
Bulk stored commodities can smolder for hours before open flame appears. High-bay beam detectors and early smolder-sensitive photoelectric sensors catch temperature and smoke signatures in dusty, humid storage environments where standard point detectors may false-alarm or respond too late.
Hazardous material zones often require multi-criteria detection—combining heat, smoke, and sometimes gas sensing—with enclosures rated for the hazard classification. Wireless LoRaWAN nodes reduce cabling in classified areas while still reporting to a central monitoring point.