LoRa Fire Alarm Control Panel, LoRa Fire Alarm Receiver, LoRaWAN Fire Control Panel, LoRa Intelligent Fire Alarm Host, LoRa Wireless Fire Alarm Panel
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LoRa Fire Alarm Control Panel, LoRa Fire Alarm Receiver, LoRaWAN Fire Control Panel, LoRa Intelligent Fire Alarm Host, LoRa Wireless Fire Alarm Panel+8613261677119
LoRa Fire Alarm Control Panel | LoRa Fire Alarm Receiver | LoRaWAN Fire Control Panel | LoRa Intelligent Fire Alarm Host | LoRa Wireless Fire Alarm Panel
OEM/ODM | Custom Development | Factory Visit Welcome | Round-Trip Airfare Reimbursement | Free Accommodation and Meals
Are you a global trade partner, cross-border e-commerce seller, sourcing agent, or local distributor looking for a direct Chinese manufacturer of LoRa fire alarm control panels?
Do you want to source LoRaWAN fire control panels and LoRa wireless fire alarm panels without dealing with trading company markups?
Wanlin Fire Technology – a verified manufacturer of home fire alarm and detection devices – is now expanding our international partner network. We specialize in long-range, low-power LoRa fire alarm control and receiving technology and are ready to become your long-term supplier.
We are not a middleman. We are the source factory. We offer complete export solutions for LoRa fire alarm control panels, LoRa fire alarm receivers, LoRaWAN fire control panels, LoRa intelligent fire alarm hosts, and LoRa wireless fire alarm panels. Our philosophy is simple: win-win cooperation, quality assurance, and exceptional service for every global partner.
LoRa fire alarm control panels (FACPs) serve as the central brain of a LoRa-based wireless fire alarm system, receiving signals from hundreds of wireless detectors, displaying alarm status, activating notification appliances, and communicating with central monitoring stations. Unlike traditional panels requiring expensive shielded wiring from every detector back to the panel (often $200-500 per device for installation), LoRa panels receive signals wirelessly over 2-10 kilometers (1.2-6 miles), dramatically reducing installation cost and time by 70-80 percent while adding remote monitoring and predictive maintenance capabilities. All products are designed to meet CE, RoHS, EN54-2, EN54-4, UL864, FCC, UKCA, and RCM certifications.
Central control panel for LoRa-based wireless fire alarm systems, receiving signals from up to 500 LoRa detectors per panel (expandable to 2000 with additional gateways)
Built-in LoRa gateway with high-performance SX1302 or SX1303 chipset supporting 8 concurrent channels for reliable reception
Selectable frequency bands for global deployment: EU868 (Europe, Africa), US915 (United States, Canada, Mexico, Central/South America), AU915 (Australia, New Zealand), AS923 (Southeast Asia, Japan, Taiwan), IN865 (India), KR920 (Korea), RU864 (Russia)
Large 4.3 inch, 7 inch, or 10.1 inch full-color capacitive touchscreen display showing device status by zone, alarm locations on floor plan map, and event history with filters
Supports up to 500 wireless devices including photoelectric smoke detectors, thermistor heat detectors, electrochemical CO detectors, manual call points, input modules, and output modules
2 to 8 notification appliance circuits (NACs) for horns, strobes, bells, and speakers (24V DC, 2-5 amps per circuit)
2 to 16 programmable dry contact relay outputs (Form C, 2A @ 30VDC/250VAC) for HVAC shutdown, elevator recall, magnetic door release, fire suppression release, and damper control
4 to 16 conventional wired input zones for hybrid operation (connect existing wired detectors during retrofit)
Event logging: 1000 to 5000 events with time and date stamps, searchable by device, zone, date range, and event type
Battery backup: built-in intelligent battery charger supports 12V 7Ah, 12V 12Ah, 12V 26Ah, or 12V 40Ah sealed lead-acid batteries for 24-72 hours standby plus 5-15 minutes alarm
Remote communication: Ethernet (10/100/1000 Base-T), Wi-Fi 2.4GHz/5GHz (WPA2/WPA3), and 4G LTE cellular (Cat 1, Cat 4, or Cat M1 with global band support) for central station reporting
Professional monitoring protocols: Contact ID (Ademco), SIA DC-09, or REST API for central station integration
RS485 port for expanding to additional remote annunciators, graphic displays, or building management system integration
USB host port (Type A) for configuration backup to USB drive, firmware updates, and event log export to CSV
24V DC auxiliary power output (2A, 3A, 5A, or 10A) to power external devices, expansion modules, or door holders
Wall-mount lockable enclosure: 12 x 12 x 4 inches (standard, 50-250 devices) or 16 x 16 x 6 inches (expanded, 250-500 devices)
Operating temperature: -10°C to +55°C (14°F to 131°F) with humidity tolerance up to 95 percent RH non-condensing
Red powder-coated steel enclosure (custom colors available)
UL864 and EN54-2, EN54-4 certified for commercial fire alarm applications
Dedicated LoRa fire alarm receiver for monitoring LoRa wireless detectors without requiring full control panel features
Compact design for integration into existing third-party fire alarm systems as wireless expansion module (add wireless detectors to wired system)
Receives signals from up to 128 LoRa detectors per receiver (expandable to 256 with memory upgrade)
Selectable frequency bands: EU868, US915, AU915, AS923, IN865, KR920, RU864
8 to 16 dry contact relay outputs (Form C, 2A @ 30VDC) for connection to conventional fire alarm panel zones
Each relay can be individually programmed to activate for specific device ID, zone, or group of devices
Zone mapping feature: assign multiple detectors to same relay output for zone alarm indication
RS485 Modbus RTU interface for integration with building management systems (BMS), SCADA, or custom monitoring platforms
Ethernet (10/100) and Wi-Fi 2.4GHz for remote monitoring, configuration, and firmware updates
LED indicators on front panel: Power (green), LoRa RX (blue flashing on signal), Alarm (red), Fault (amber), Zone status for outputs
Power input: 12V DC or 24V DC (wide range 9-30V DC) with built-in reverse polarity protection
Battery backup connection for external 12V backup battery (automatic switchover)
DIN rail mountable (35mm standard) or wall-mount enclosure options
Simple web interface for device pairing, zone assignment, relay mapping, and system configuration
AES-128 encrypted communication with all paired devices for security
Device supervision: receiver monitors that each detector checks in; trouble alert if detector offline for programmed time (30-120 minutes configurable)
Ideal for retrofitting wireless detectors to existing wired fire alarm systems in historic buildings, finished spaces, and occupied facilities
LoRaWAN (Long Range Wide Area Network) standard compliant fire alarm control panel for open ecosystem integration
Compatible with public and private LoRaWAN network infrastructure including TTN (The Things Network), ChirpStack, Loriot, Actility, and AWS IoT Core for LoRaWAN
Standard LoRaWAN Class C operation for low-latency downlink to detectors, notification appliances, and remote outputs
Supports up to 1000 LoRaWAN end devices (smoke, heat, CO, manual call points, input/output modules) per panel
Integrates with existing LoRaWAN infrastructure – can use customer's existing gateways (no need to deploy new gateways)
10.1 inch or 12.1 inch full-color high-brightness touchscreen display (800 nits or 1000 nits) with floor plan mapping, drag-to-zoom, and device location overlay
Built-in LoRaWAN network server (NS) or connect to external NS via secure API (customer choice)
Professional monitoring station interface: Contact ID (Ademco), SIA DC-09, or REST API
Multi-tenant support: manage multiple buildings, floors, or client sites from single panel with role-based access
Remote firmware updates for all connected end devices via LoRaWAN downlink (no physical access needed for updates)
Geolocation support: upload floor plans (PNG, JPG, PDF, DWG) and place device icons manually or via GPS coordinates
BACnet IP and Modbus TCP integration for building automation systems (communication with HVAC, lighting, access control)
UL864 and EN54-2, EN54-4, EN54-16 certified for commercial fire alarm applications
Ideal for smart buildings, university campuses, hospital campuses, corporate parks, and large commercial facilities
Advanced intelligent fire alarm host with edge computing and artificial intelligence capabilities for large-scale applications
12.1 inch industrial-grade capacitive touchscreen display with high brightness 1000 nits for outdoor/bright environments, anti-glare coating, and glove-touch support
Built-in LoRa gateway with dual diversity antennas for maximum reception reliability (spatial diversity and polarization diversity)
Supports up to 2000 wireless detectors per host (expandable to 5000 with additional gateway modules)
Intelligent alarm verification algorithm: requires confirmation from two detectors in same zone or sustained detection from single detector (20-60 seconds) before full alarm activation, reducing false alarms by 80+ percent
Self-learning baseline algorithms: system learns normal background sensor readings over 7-30 days and automatically adjusts alarm thresholds based on environmental conditions (time of day, day of week, seasonal changes)
Voice evacuation capability: built-in digital voice messages (pre-recorded professional voice or custom recording) for occupant instructions; supports 40+ languages, selectable per zone
Bi-directional communication: panel can poll individual detectors for real-time status, request sensor readings, and silence local sounders remotely from central location
Predictive maintenance analytics: machine learning algorithms identify detectors showing signal degradation, battery consumption anomalies, or sensor drift before they fail, generating maintenance alerts 30-90 days in advance
Remote diagnostic testing: conduct full system test from panel without manual testing of each device; panel can command each detector to self-test and report results
Dual LoRa radios (primary and backup) for redundant communication paths and frequency agility (automatically switch channels on interference)
Dual hot-swappable power supplies (redundant) with automatic failover and load sharing: AC mains + AC mains, or AC mains + battery, or AC mains + generator input
Network time synchronization (NTP) for accurate event timestamps across all system components
UL864 and EN54-2, EN54-4, EN54-16, EN54-25 certified for critical applications
Ideal for critical infrastructure, data centers, Tier 3/Tier 4 facilities, airports, government buildings, and industrial facilities
Compact, cost-effective LoRa wireless fire alarm panel for smaller applications and budget-conscious projects
Supports 32, 64, or 128 wireless detectors depending on model (field-upgradable)
3.5 inch or 4.3 inch color LCD display with resistive touch or physical navigation buttons
Built-in LoRa gateway with fixed frequency band (selectable at time of order, field-configurable with technician tool)
2 or 4 notification appliance circuits (NACs) for local horns, strobes, and buzzers (24V DC, 2A per circuit)
2, 4, or 6 programmable dry contact relays (Form C) for auxiliary control (door release, fan shutdown, etc.)
Built-in battery backup compartment (holds 12V 7Ah battery) – no external battery box required
Plug-and-play configuration: devices auto-register with QR code scanning using built-in camera on premium models or manual DevEUI entry
One-button system test function tests entire system (all detectors, all NACs, all relays) with single press
Web interface for advanced configuration (connect via Ethernet)
Email and SMS alert capability (requires Ethernet connection to internet)
Wall-mount lockable enclosure: 10 x 10 x 3 inches (compact, fits in electrical closet)
No professional programming required – designed for electrical contractors and security installers
Ideal for small businesses (restaurants, retail stores, medical clinics, dental offices), churches, daycare centers, small office buildings, and residential common areas (apartment building hallways, community rooms, HOA facilities)
All products undergo 100 percent pre-shipment quality control including LoRa radio testing (TX power calibration, frequency accuracy, RX sensitivity, adjacent channel rejection), device pairing and communication testing with up to 100 test detectors per panel, alarm response time validation (alarm to panel display under 3 seconds), notification appliance circuit (NAC) output testing (voltage, current, timing), relay output testing (contact resistance, timing), battery charger verification (float voltage, current limit, temperature compensation), Ethernet/Wi-Fi/cellular communication testing, event logging verification (write, read, timestamp accuracy), environmental chamber testing across temperature and humidity ranges, and accelerated life testing equivalent to 10 years of operation. Multi-language user manuals and software interfaces available in 20+ languages.
Traditional fire alarm control panels require expensive shielded wiring (typically $2-5 per foot for wire plus $50-100 per hour for labor) from every detector back to the panel. For large buildings and campuses, this can cost $200-500 per device and hundreds of thousands of dollars for a complete system. For retrofit projects, destructive cable runs through finished walls, historic plaster, or occupied spaces is often impossible. LoRa fire alarm control panels eliminate this cabling entirely, receiving signals wirelessly from detectors over 2-10 kilometers (1.2-6 miles), while still providing all the features of a professional UL864 or EN54 certified fire alarm system.
How LoRa Fire Alarm Control Panels Work Step by Step
LoRa gateways (built into the panel as SX1302/SX1303 multi-channel receivers) continuously scan for wireless signals from up to 500-2000 detectors
Detectors automatically register with panel during commissioning using secure AES-128 encrypted pairing process (scan QR code or enter DevEUI)
Panel maintains a database of all registered devices including device type, location (zone, floor, room), sensor thresholds, and reporting schedule
Panel continuously monitors each detector's status through periodic check-in messages (every 5-60 minutes configurable)
Status monitored includes: normal operation, alarm, trouble, low battery (percentage), tamper (cover open, device removal), signal strength (RSSI/SNR), sensor health (drift, contamination)
When detector senses fire (smoke, heat, or CO above threshold), it sends priority alarm signal to panel within 2 seconds
Panel immediately: activates local horns/strobes via NAC outputs, shows alarm location on display with flashing red indicator, logs event with precise timestamp, sends alarm to central monitoring station via Ethernet/Wi-Fi/cellular
All events (alarms, troubles, supervisory, tests, battery changes, configuration changes) logged with device ID, zone, timestamp, and user ID
Key Capabilities of Wanlin LoRa Fire Alarm Control Panels
Wireless device management: pair, configure, rename, relocate, and remove detectors from central panel interface
Device supervision: panel expects each detector to check-in at programmed interval (5-120 minutes); trouble alert immediately if detector misses 2 consecutive check-ins (detector may be offline or out of range)
Low battery monitoring: panel displays battery level percentage for each device; sends trouble alert when battery reaches user-configurable threshold (typically 20 percent or 3 months remaining)
Tamper monitoring: panel receives and displays tamper events when detector cover is opened or device is removed from mounting base
Alarm verification zone logic: panel can require two detectors in same zone to alarm within 60 seconds before full alarm activation (reduces false alarms from single detector nuisance events)
Event history: 1000-5000 events stored in non-volatile memory (retained during power loss) with search and filter by device, zone, date range, event type
Multiple communication paths to central station: Ethernet primary, cellular backup (4G LTE), Wi-Fi tertiary; automatic failover if primary path fails
Notification appliance control: NAC outputs provide regulated 24V DC power to horns, strobes, bells, and speakers with programmable silence inhibit
Auxiliary control: relay outputs can be programmed for HVAC shutdown (ASHRAE 72 compliance), elevator recall (ASME A17.1 compliance), magnetic door release, fire suppression system release, damper control
LoRa Versus Traditional Wired Fire Alarm Panels Detailed Comparison
Installation cost: LoRa panels eliminate 70-80 percent of installation cost ($50-100 per device vs $200-500 per device for wired)
Installation time: Days instead of weeks for large facilities (100-detector system: 1-2 days LoRa vs 2-4 weeks wired)
Retrofit capability: Add fire alarm protection to buildings that cannot be wired (historic buildings with preservation requirements, finished occupied spaces, leased spaces with landlord restrictions)
Expansion: Add new detectors without pulling new cables through finished walls (simply mount detector, pair with panel)
Relocation: Move detectors easily as facility layout changes (unmount from old location, remount in new location, update location in panel software)
Remote monitoring: Check panel status, device battery levels, and event history from anywhere via built-in web server or mobile APP
Predictive maintenance: Panel can identify detectors with degrading batteries or sensors before they fail, allowing scheduled proactive replacement
Wanlin's LoRa fire alarm control panels use certified Semtech SX1302 (current generation, best sensitivity) or SX1303 (high-performance, 8 channels, 10x uplink capacity) gateway chips for high-capacity concurrent reception. Each panel undergoes individual radio calibration and device pairing testing with up to 100 sample detectors before shipment.
We understand that every market has unique requirements. Wanlin offers full customization for all our LoRa fire alarm control panel products from enclosure design to firmware to software.
Housing and Enclosure
Custom colors according to any RAL color code or Pantone Matching System number (standard red RAL 3000, also gray RAL 7035, black RAL 9005, white RAL 9010)
Logo engraving, embossing, or precision silk-screening on front door and enclosure
Enclosure type: wall-mount standard (1-500 devices), flush-mount for finished spaces (semi-flush), or 19-inch rack-mount (4U, 6U, 8U) for equipment rooms
Door lock type: key lock (standard key or high-security), combination lock (mechanical or digital), card reader (RFID, Prox, iClass), or key switch
Glass window option on door (to view display without opening) with anti-glare coating
Weather-resistant enclosure for outdoor and unheated installation (IP54, IP65, IP66)
Explosion-proof enclosure for hazardous locations (Class I Division 2, Class II Division 2, Zone 2 – for oil/gas, chemical, grain handling)
Display and User Interface
Display size: 3.5 inch (small/compact), 4.3 inch (standard), 7 inch (enhanced), 10.1 inch (premium), or 12.1 inch (industrial)
Display type: color TFT LCD with capacitive touchscreen or resistive touchscreen or non-touch with physical navigation buttons
Display brightness: standard 400 nits (indoor), high-brightness 800-1000 nits (outdoor, bright environments), or transflective (direct sunlight readable)
Language support: English (default), Spanish, French, German, Italian, Portuguese, Polish, Russian, Arabic, Hebrew, Turkish, Japanese, Korean, Chinese (Simplified or Traditional), Thai, Vietnamese – selectable from menu
Custom splash screen with your logo and brand name on startup (boot screen)
Custom menu structure, terminology, and zone naming for your market or brand
Custom audible alarm tones for different event types (fire, trouble, supervisory, test)
LoRa Radio Configuration
Frequency band selection: EU868 (Europe, Africa), US915 (United States, Canada, Mexico, Central/South America), AU915 (Australia, New Zealand), AS923 (Southeast Asia, Japan, Taiwan, Hong Kong), IN865 (India), KR920 (Korea), RU864 (Russia)
Number of LoRa gateways/radios: 1 (standard, up to 500 devices), 2 (redundant, diversity antennas), or 4 (high-capacity, up to 2000 devices)
Gateway chipset: SX1302 (standard, low power), SX1303 (high-performance, 10x uplink capacity, better sensitivity), or SX1301 (legacy, still available for compatibility)
Antenna type: internal (panel-mounted stub antenna), external wall-mounted (standard SMA connector with 1-3 meter cable), or remote building rooftop (LMR400 cable up to 100 meters, lightning arrestor included)
Encryption: AES-128 (standard, sufficient for fire safety) or AES-256 (military/government grade, for high-security installations)
Receive sensitivity: -136dBm to -148dBm depending on spreading factor and chipset
Device Capacity and Zoning
Wireless device capacity: 32, 64, 128, 250, 500, 1000, 2000, or 5000 devices (choose at order, field upgradeable license)
Number of NAC (notification appliance) outputs: 2, 4, 6, 8, 12, or 16 outputs (24V DC, supervised for wiring faults)
Number of programmable dry contact relay outputs: 2, 4, 6, 8, 12, or 16 relays (Form C, 2A @ 30VDC or 250VAC)
Number of conventional wired input zones (hybrid mode for connecting existing wired detectors): 4, 8, 16, or 32 zones (Class B, 2-wire, end-of-line resistor supervised)
Communication to Central Station and Remote Monitoring
Ethernet: 10/100 Base-T (RJ45) standard, 10/100/1000 Gigabit optional
Wi-Fi: 2.4GHz 802.11 b/g/n and 5GHz 802.11 a/n/ac (WPA2/WPA3 Personal or Enterprise with 802.1X) – dual-band for best performance
Cellular: 4G LTE Cat 1 (global, 2G fallback), Cat 4 (higher speed), or Cat M1 (low power, good for battery backup) – supports all major carriers worldwide (Verizon, AT&T, T-Mobile US, Vodafone, Telefonica, Deutsche Telekom, Telstra, etc.)
Dual path: Ethernet primary + cellular secondary with automatic failover (supervised)
Monitoring protocols: Contact ID (Ademco, most common, 4+2 format), SIA DC-09 (more detailed, 8+2 format), REST API (JSON over HTTPS), or custom TCP/IP protocol
Dual path communication to two monitoring stations (primary and secondary stations, both contacted on alarm)
Power and Battery
Primary power input: 110-240V AC 50/60Hz (universal auto-sensing, accepts 90-264V AC, 47-63Hz) via IEC C14 inlet (standard computer power cord)
Battery backup: built-in battery charger for 12V sealed lead-acid batteries
Battery capacity support: 7Ah (small enclosure, 24 hours standby), 12Ah (24-36 hours), 26Ah (72 hours), 40Ah (100+ hours) – external battery cabinet for >26Ah
Battery charger: temperature-compensated (adjusts charge voltage based on temperature to maximize battery life), current-limited (protects charger and battery), automatic (float charge when full)
Auxiliary 24V DC power output: 2A, 3A, 5A, or 10A (regulated, supervised, for powering external devices, expansion modules, door holders)
Low voltage disconnect: panel automatically disconnects battery when voltage drops to 10.5V to prevent deep discharge damage (programmable 10.5V-11.5V)
Software and Platform Customization (White-Label)
White-label firmware with your brand name, logo, and copyright on all display screens and startup sequence
White-label web server interface with your logo, brand colors, custom domain, and SSL certificate
White-label mobile APP for iOS and Android with your brand name, logo, icon, splash screen, color scheme, and app store listing
REST API documentation with your company branding
Custom reporting templates for compliance inspections, insurance audits, and fire marshal reports
Multi-language support for all target markets (we provide translation coordination)
Packaging and Labeling
Custom packaging with your branding, product photography, and certification marks (UL, CE, EN54, FCC)
Custom labels with serial number, model number, certification marks, and regulatory information
Multi-language user manuals, installation guides, and programming guides – we translate and design professionally
Custom programming software (Windows application) with your branding for distributor/installer use
Certification Support
United States: UL864 10th Edition (fire alarm control panels) – we support certification under your brand through transfer
Europe: EN54-2 (control and indicating equipment), EN54-4 (power supplies), EN54-16 (voice evacuation)
Canada: ULC-S527 (fire alarm control panels)
Radio certifications: FCC Part 15.247 (US), CE-RED (Europe), IC RSS-210 (Canada), RCM (Australia), TELEC (Japan)
Environmental: RoHS, REACH
Low MOQ for Trial Orders – as few as 10 panels for selected models
Fast Sampling – 20 to 30 working days for custom samples including custom branding, colors, and enclosure
Full Technical Documentation – for product registration, market approval, and insurance compliance
Dedicated R&D Support – for custom radio configurations, enclosure designs, and software features
We believe the best partnership is built on trust – and trust is built face to face.
For serious global partners including distributors, importers, sourcing agents, system integrators, and volume buyers, Wanlin offers:
Round-trip airfare reimbursement – economy class tickets, upon confirmed order or signed partnership agreement
Free accommodation – quality hotel stay during factory inspection days for up to 3 nights
Free local meals and transportation – airport pickup, all meals during business days, and local travel during your visit
During your visit, you will:
Tour our production lines and witness LoRa fire alarm control panel assembly, PCB population, and final testing processes
See our LoRa gateway testing laboratory with spectrum analyzers, signal generators, and shielded RF chambers
Test panel operation with 50-100 wireless detectors in live demonstration including alarm, trouble, low battery, and tamper events
Review web interface, mobile APP, and central station reporting (Contact ID simulation)
Examine battery backup and power supply testing with electronic load banks
See event logging and history retrieval
Meet our firmware engineers and software developers to discuss custom feature requirements
Discuss custom enclosure designs, radio configurations, and white-label software options
Review export documentation, supply chain processes, and quality assurance protocols in detail
Visit our warehouse and see finished goods ready for shipment to global destinations
Discuss long-term partnership agreements, exclusive territory arrangements, and OEM customization options
Review UL, EN54, FCC, CE, and other certification test reports
This offer applies to genuine buyers, distributors, and long-term cooperation seekers. Contact us for eligibility details and complete terms.
Wanlin is committed to cooperative success. We do not chase short-term profits. We build long-term relationships based on quality, service, and mutual growth.
| Partner Type | What We Offer |
|---|---|
| Fire Safety Distributor | Bulk pricing with tiered volume discounts (10, 25, 50, 100+ panels), container shipping options (FCL 20ft or 40ft, LCL for smaller orders), exclusive territory discussion with protected regions, stock holding support with consignment options, marketing materials highlighting LoRa wireless advantages (70-80% installation cost savings), demo panels for showroom and trade shows, technical training for your sales team |
| Fire Alarm System Integrator | LoRa panels with open REST API, custom integration support for third-party systems, technical documentation (installation, programming, configuration), long-term supply agreement with pricing stability, on-site training available, certification support for end customer approvals |
| Industrial Facility Supplier | Complete LoRa fire alarm systems for factories, warehouses, solar farms, wind farms, ports, mines, oil/gas; site-specific engineering for coverage and gateway placement; extended warranties for industrial environments |
| Campus Security Integrator | LoRa panels for university campuses, corporate campuses, hospital campuses, K-12 school districts, airport campuses; multi-building single-panel solution (up to 2000 devices); floor plan mapping and device location services |
| OEM Customer (White-Label) | Complete white-label LoRa panels with your brand on enclosure, firmware, web interface, and mobile APP; custom enclosure design (colors, logo placement, door lock type); custom firmware features; long-term supply agreement with rolling forecast; NDA and exclusivity |
| Government Tender Supplier | Volume pricing for large-scale public safety projects (school districts, housing authorities, military installations, VA hospitals); complete UL/CE/EN54 certification packages; drop-shipping to multiple project sites; compliance documentation for bid responses |
| Smart Building Integrator | LoRaWAN standard panels for smart building integration; BACnet IP and Modbus TCP interfaces for communication with HVAC, lighting, access control, and other building systems; API access for custom dashboards |
Our Values
Quality Guarantee – 100 percent pre-shipment inspection, LoRa radio testing (TX power, frequency accuracy, RX sensitivity) on every panel, device pairing and communication testing with sample detectors (50-100 units), notification appliance circuit (NAC) output testing (voltage, current, timing), relay output testing (contact resistance, timing), battery charger verification (float voltage, current limit, temperature compensation), Ethernet/Wi-Fi/cellular communication testing, event logging verification, environmental chamber testing on batch samples, accelerated life testing, 1-year warranty with replacement guarantee, extended warranty options available
Responsive Service – English-speaking export team available during Asian and European business hours, reply within 24 hours (typically within 12 hours), technical support for panel configuration, device pairing, central station integration, and troubleshooting
Fair Pricing – No hidden fees or unexpected charges, transparent cost breakdown including LoRa gateway, enclosure, display, power supply, battery charger, certification costs, and packaging, volume discounts automatically applied based on annual commitment, contract pricing for long-term agreements
Shared Growth – Marketing materials including high-resolution product photos, product catalogs with specification sheets, technical white papers on LoRa fire alarm control panel technology, installation guides, software demo access, FAQs, and documentation provided free of charge
Long-term Commitment – We treat every partner as part of the Wanlin family with regular communication, quarterly business reviews, annual joint planning sessions, and continuous product improvement based on market feedback
When you partner with Wanlin, you get a turnkey export service designed for hassle-free international trade.
Customization and Branding
Custom enclosure color and logo powder-coating – your brand, your design
Custom firmware with your branding on startup screens and status bar
Custom web interface and mobile APP with your logo and brand colors
Custom user manuals with installation guides, programming instructions, and troubleshooting – we translate and design professionally
Sample approval before mass production (photo, video, and physical sample)
Quality Control
In-line quality control during production at each assembly stage including component verification, PCB assembly inspection, soldering quality check, and sub-assembly testing
LoRa gateway radio testing on every panel: TX power calibration (measured with spectrum analyzer, ±1dB tolerance), frequency accuracy (±10ppm), RX sensitivity (down to -136dBm to -148dBm), adjacent channel rejection
Device pairing and communication testing with 50-100 sample detectors per panel (alarm, trouble, low battery, tamper, supervision)
Notification appliance circuit (NAC) output testing: voltage regulation (24V DC ±10%), current capacity, timing (alarm activation, silence, temporal pattern)
Relay output testing: contact resistance (<100mΩ), switching timing, load testing
Battery charger verification: float voltage (13.6V-13.8V at 25°C), current limit, temperature compensation coefficient
Ethernet, Wi-Fi (2.4GHz and 5GHz), and 4G cellular communication testing (connection, throughput, failover)
Event logging verification: write, read, timestamp accuracy, NTP sync
Environmental chamber testing on batch samples: temperature -10°C to +55°C, humidity 95% RH
100 percent final functional testing before packaging: full system test including panel boot, display, buttons, NAC outputs, relay outputs, LoRa receive, Ethernet/Wi-Fi/cellular, event logging, and alarm response
Third-party inspection supported including SGS, BV, TUV, Intertek, UL, and any accredited inspection agency at your request
Shipping and Logistics
Full shipping documents provided: Commercial Invoice, Packing List, Bill of Lading or Air Waybill, Certificate of Origin, Form E for preferential tariffs, CE/UL/EN54/FCC/RED declarations of conformity, radio certification documents (FCC ID, CE-RED DoC), battery MSDS and UN38.3 test reports for air transport (if batteries included), and product safety test reports
Flexible shipping options: sea freight including FCL 20ft or 40ft containers and LCL consolidation for smaller orders, air freight for urgent time-sensitive orders, express shipping via DHL, FedEx, UPS, or TNT for samples and small orders
DDP (Delivered Duty Paid) available for select countries including United States, Germany, France, United Kingdom, Australia, Canada, Netherlands, Spain, Italy, and more – we handle all customs clearance, duty payments, and final delivery to your warehouse
After-Sales Support
Technical hotline for panel configuration, device pairing, NAC output wiring, relay output programming, central station integration, and troubleshooting
Firmware updates provided via USB drive, Ethernet network, or Wi-Fi
Software updates for web interface and mobile APP
Spare parts supply guaranteed for 5 years after last order date including replacement panels, power supplies, batteries, LoRa gateway modules, NAC output modules, relay output modules, enclosures, and display assemblies
Warranty returns processing with local return or replacement options (advance replacement available for critical systems)
Online training sessions for your sales team and technical installers conducted via Zoom, Teams, or WebEx with recorded sessions provided
We have successfully exported to North America, Europe, Southeast Asia, the Middle East, South America, Africa, and Australia. Our export team has experience with customs requirements, import regulations, and documentation standards in over 60 countries.
Wanlin's LoRa fire alarm control panels are ideal for large-scale, campus, industrial, retrofit, and remote applications where traditional wired panels are too expensive, disruptive, or impossible to deploy.
Industrial Facilities – factories, warehouses, power plants, refineries, chemical plants, steel mills, automotive assembly plants, food processing facilities, pharmaceutical manufacturing
University and College Campuses – academic buildings, dormitories, dining halls, libraries, research buildings, athletic facilities, performing arts centers, parking structures, centralized monitoring from campus security dispatch
Corporate Campuses and Business Parks – office buildings, data centers, amenity buildings (gyms, cafes), parking structures, conference centers, centralized monitoring from facilities management
Hospital and Medical Campuses – patient care buildings, outpatient facilities, research buildings, administrative buildings, central plant, parking structures, central monitoring from security or facilities
Solar Farms and Wind Farms – remote power generation sites (2-10km from operations center), transformer stations, substations, maintenance buildings, no existing infrastructure
Ports and Shipping Terminals – container terminals, cruise terminals, cargo warehouses, administration buildings, maintenance facilities, pier structures, outdoor container storage areas
Airports – passenger terminals, concourses, cargo facilities, hangars, maintenance facilities, parking garages, air traffic control towers, centralized monitoring from airport operations center
Retail Centers – shopping malls (multiple buildings), big box stores, strip malls, outlet centers
Hotels and Resorts – multiple buildings (guest room buildings, convention centers, restaurants, spas, pools), centralized monitoring from security desk
Senior Living Communities – independent living buildings, assisted living buildings, skilled nursing buildings, memory care buildings, common areas (dining, activities, wellness), centralized monitoring from front desk or nursing station
K-12 School Districts – multiple school buildings (elementary, middle, high) monitored from central district office or individual schools with remote access
Historic Buildings and Landmarks – preservation