Wireless Fire Alarm Systems & Detectors

Q: What's the difference between wireless and wired fire alarm systems and which should I choose?

Wireless — RF/Wi-Fi/LoRaWAN, no cables required, 1-2 hours installation, battery 3-10 years, mobile detectors, retrofit, 32-200 zones, 50-150 GEL/detector, cheap installation 200-500 GEL, total 700-2000 GEL (10 detectors). Wired — 2-wire/4-wire cable, cable routing required, 1-3 days installation, 220V AC power, fixed, new construction, 1-200+ zones, 20-80 GEL/detector, expensive installation 500-1500 GEL, total 700-2300 GEL. Choose wireless if finished renovation and retrofit, wired if new construction.

Q: How long does the wireless detector battery last and how to know when to replace?

RF detectors — 3-5 years (lithium batteries, low-power RF). Wi-Fi/Zigbee — 1-3 years (lithium, cloud sync). LoRaWAN — 5-10 years (ultra-low-power). Sirens — 3-5 years. How to know: battery low alert (LED, beep, control panel, mobile app push <20%, 6-12 months advance), control panel (battery status LCD/touchscreen), mobile app (real-time level), scheduled replacement (on schedule). Recommendation: lithium batteries (3-10× longer), battery low alert, scheduled replacement.

Q: How reliable are wireless fire alarm systems and what happens if RF communication is lost?

Reliability: AES-128 encryption (secure, anti-jamming), rolling code (anti-replay), frequency hopping (interference resistance), supervision (status check every 60-90 seconds), mesh network (self-healing, repeaters), dual-frequency RF (433MHz + 868MHz), dual-power (battery + solar), EN 54 certified. RF communication loss: local alarm (85dB siren, strobe light, people know), fault indication (control panel beep, LED, LCD "RF fault"), auto-reconnect (1-5 seconds), repeater (mesh network), battery backup (24-72 hours control panel, 3-10 years detectors).

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Wireless Fire Alarm Systems — In Tbilisi

Wireless Fire Alarm Systems are cable-free fire protection solutions that use RF radio communication (433MHz/868MHz, 100-500m range, mesh network), Wi-Fi/Zigbee smart protocols (2.4GHz, cloud management, mobile app) or LoRaWAN long-range communication (1-10km range, low-power) to connect wireless detectors (smoke, heat, CO, multi-sensor), sirens, manual call points and control panel and provide real-time fire detection, automatic alarm, battery/solar power and remote monitoring without cables in apartments, houses, offices, hotels, hospitals, historical buildings, fully renovated properties in Tbilisi and throughout Georgia. These systems provide easy installation (no cable routing required, 1-2 hours installation), flexibility (mobile detectors, temporary installation, retrofit in existing buildings), reliable communication (encrypted RF, auto-reconnect, mesh network, repeaters), energy efficiency (battery 3-10 years, solar panel, low-power RF) and full compliance (EN 54, CE, CPR standards). LAGI offers wireless fire alarm systems with full functionality: RF wireless systems (433MHz/868MHz, 100-500m range, mesh network, 32-200 zones, repeater support, battery 3-5 years, EN 54 certified), Wi-Fi/Zigbee smart systems (2.4GHz, cloud platform, mobile app iOS/Android, push notifications, voice alerts, battery 1-3 years, smart home integration), LoRaWAN long-range systems (1-10km range, low-power, battery 5-10 years, industrial/outdoor), wireless detectors (smoke photoelectric, heat rate-of-rise/fixed, CO electrochemical, multi-sensor, battery 3-10 years, IP65 outdoor), wireless sirens (85-100dB, strobe light, battery 3-5 years, IP65), wireless manual call point (break glass, battery 5-10 years), wireless control panel (LCD/touchscreen, 32-200 zones, GSM/Wi-Fi dialer, battery backup 24-72 hours). All systems comply with EN 54, CE and CPR standards.

Key Advantages of Wireless Fire Alarm Systems

Easy installation — no cable routing required (no wall drilling, no electrician), 1-2 hours installation (10-20 detectors), ideal for retrofit (finished renovation, historical buildings).
Flexibility — mobile detectors (temporary offices, events, construction sites), quick relocation (move detector to another room), retrofit (existing buildings, cable routing impossible).
Reliable communication — encrypted RF (AES-128, secure communication), auto-reconnect (automatic reconnection), mesh network (RF systems, repeaters for 500m+ distance), supervision (status check every 60-90 seconds).
Energy efficiency — battery power (3-10 years, lithium batteries, low-power RF/LoRaWAN), solar panel (unlimited power, outdoor detectors), battery low alert (notification 6-12 months in advance).
Remote monitoring — Wi-Fi/Zigbee systems (mobile app, push notifications, real-time alerts), GSM dialer (SMS/call to 5 numbers), cloud platform (web interface, event logs, remote control).
Scalability — from 1 detector to 200+ detectors (RF mesh network), centralized management (one control panel for all detectors), multi-site support (multiple locations).
Integration — smart home (Alexa, Google Home, HomeKit), VMS (video verification), access control (automatic door unlock during evacuation), BMS (building management system).
Economy — no cables required (save 30-100 GEL/detector), no electrician required (save 200-500 GEL on installation), fast ROI (6-12 months).

Frequently Asked Questions

What's the difference between wireless and wired fire alarm systems and which should I choose?

The difference between wireless and wired fire alarm systems is installation, price and application: wireless systems — RF/Wi-Fi/LoRaWAN communication (433MHz/868MHz/2.4GHz), no cables required (plug-and-play), 1-2 hours installation (10-20 detectors), battery power (3-10 years, lithium batteries), mobile detectors (quick relocation), retrofit (finished renovation, historical buildings), 32-200 zones, more expensive equipment (50-150 GEL/detector), but cheaper installation (200-500 GEL), total cost (10 detectors): 700-2000 GEL. Wired systems — cable (2-wire/4-wire, fire-rated cable), cable routing required (wall drilling, electrician), 1-3 days installation (10-20 detectors), 220V AC/24V DC power (no battery), fixed detectors (cannot relocate), new construction (cables in walls), 1-200+ zones, cheaper equipment (20-80 GEL/detector), but more expensive installation (500-1500 GEL), total cost (10 detectors): 700-2300 GEL. When to choose wireless — finished renovation (cable routing impossible), retrofit (existing buildings), historical buildings (cannot damage walls), fast installation (1-2 hours), temporary installation (events, construction sites), small-medium property (1-50 detectors). When to choose wired — new construction (cables in walls), large property (50-200+ detectors), critical property (hospital, school, hotel), no battery replacement required (220V AC power), budget allows (500-1500 GEL installation). Recommendation: wireless if finished renovation and retrofit, wired if new construction and large property.

How long does the wireless detector battery last and how to know when to replace?

Wireless detector battery life depends on technology and battery type: RF wireless detectors — 3-5 years (lithium batteries, CR123A/AA lithium), low-power RF (0.1-1mA standby, 10-20mA active), supervision signal every 60-90 seconds → 3-5 years. Wi-Fi/Zigbee smart detectors — 1-3 years (lithium batteries, CR123A/AA lithium), Wi-Fi/Zigbee (1-5mA standby, 20-50mA active), cloud sync every 5-10 minutes → 1-3 years. LoRaWAN long-range detectors — 5-10 years (lithium batteries, D-cell lithium), ultra-low-power LoRaWAN (0.01-0.1mA standby, 5-10mA active), transmission every 10-30 minutes → 5-10 years. Wireless sirens — 3-5 years (lithium batteries, D-cell lithium), standby mode (0.1-1mA), alarm mode (500-1000mA, 3-5 minutes/month) → 3-5 years. How to know when to replace — battery low alert: detector sends notification (LED flash, beep every 30-60 seconds, control panel alert, mobile app push notification) when battery <20%, replace battery in 6-12 months. Control panel: view battery status on control panel (LCD/touchscreen, battery percentage for each detector), plan replacement in advance. Mobile app: Wi-Fi/Zigbee systems (real-time battery level, push notification <20%). Scheduled replacement: replace battery on schedule (RF 3-5 years, Wi-Fi/Zigbee 1-3 years, LoRaWAN 5-10 years), don't wait for battery low alert. Recommendation: use lithium batteries (3-10× longer than alkaline), set battery low alert (control panel, mobile app), replace battery on schedule (don't wait for full discharge).

How reliable are wireless fire alarm systems and what happens if RF communication is lost?

Wireless fire alarm systems are very reliable and comply with EN 54 standards: reliability — encrypted RF: AES-128 encryption (secure communication, anti-jamming), rolling code (anti-replay attack), frequency hopping (interference resistance). Supervision: each detector sends supervision signal to control panel every 60-90 seconds (status check, battery level, signal strength), if signal doesn't arrive for 3-5 minutes → control panel alarm (fault indication, beep, LED). Mesh network: RF systems use mesh network (repeaters, self-healing network), if one repeater fails → other repeaters take its role → communication doesn't break. Redundancy: dual-frequency RF (433MHz + 868MHz, auto-switch), dual-power (battery + solar panel), dual-path communication (RF + GSM/Wi-Fi). What happens if RF communication is lost — local alarm: detector emits local alarm (85dB siren, strobe light) even if RF communication is lost → people know about fire. Fault indication: control panel emits fault alarm (beep, LED, LCD message "RF fault zone 5") if supervision signal doesn't arrive for 3-5 minutes → user knows detector is offline. Auto-reconnect: detector automatically reconnects to control panel after RF communication restoration (1-5 seconds). Repeater: install repeaters (50-150 GEL) to amplify RF signal (100-500m range), mesh network (self-healing). Battery backup: control panel (battery backup 24-72 hours), detectors (battery 3-10 years). Recommendation: use EN 54 certified systems (supervision, encrypted RF), install repeaters (mesh network), use dual-power (battery + solar), set fault alert (control panel, mobile app).