AI Thermal Imaging Camera for Fire & Safety Detection

The AI Thermal Imaging Camera for Fire & Safety Detection , equipped with HiPower’s Dual-Lens Thermal + Full-Color Technology, is an advanced solution for fire prevention and safety monitoring.

Featuring a D1 (640×480) thermal lens paired with a 5MP or higher full-color visible lens, the system can penetrate darkness, smoke, and complex lighting conditions to detect abnormal heat and fire sources early.

It provides real-time alerts and visual records, assisting fire and safety personnel in preventing hazards before they escalate.

Product Specifications Contact Us Now

Dual-Lens Imaging

Thermal + Visible light for dual-spectrum monitoring

High-Sensitivity Thermal Detection

Early identification of temperature rise and fire sources

All-Weather Operation

Works through darkness, smoke, and complex lighting

AI Intelligent Analysis

Detects fire precursors and abnormal behavior patterns

Multi-Target Tracking

Simultaneous monitoring of multiple people or heat sources

Event Reporting

Logs temperature variations and anomaly analytics

Instant Alerts

Real-time notifications for abnormal heat spikes

Weatherproof Design

Industrial-grade IP66/IP67 protection for outdoor use

System Integration

API-ready for fire and safety platform connectivity

Flexible Installation

Supports wall, pole, and ceiling mounting

Key Features

Dual-Lens Fusion Design

Combines thermal and visible lenses to provide both thermal mapping and full-color imaging for higher detection reliability.
High-Resolution Imaging

Up to 5MP (≈2560×1920) full-color lens and 640×480 (D1) thermal lens ensure detailed and accurate visuals.
Efficient Streaming, Low Latency

Supports H.264 and MJPEG compression formats; delivers smooth 1920P@15FPS video without delay or motion blur.

Low Bandwidth, Multi-Stream Support

Operates within ≤3 Mbps bandwidth, supports multiple streaming outputs and at least five concurrent connections.
Rugged, Weather-Resistant Design

Aluminum alloy housing with IP66/IP67 protection; operates in temperatures from -10°C to 70°C, suitable for harsh environments.

Product Specifications

Sensor	Thermal Lens: 640×480 / 384×288 (depending on model)
Visible Lens	2MP / 5MP CMOS
Lens Options	Thermal: fixed focal length; Visible: 2.8–12mm or 5–50mm optional
Image Resolution	Thermal: D1; Visible: 1920×1080 / 2560×1920
Video Compression	H.264 / H.265 / MJPEG
Night Vision Capability	Operates in total darkness; infrared penetrates smoke and low-light environments
AI Detection Features	Abnormal temperature rise detection (overheating, sustained high heat) Early fire source detection Human/vehicle intrusion and presence detection Multi-source or crowd anomaly analysis
Data Analysis	Temperature curves, event logs, hotspot distribution statistics
Reporting Function	Supports daily / weekly / monthly reports; exportable in PDF / Excel
Communication Protocols	RTSP / ONVIF / HTTP / API integration
Protection Rating	IP66 / IP67 waterproof and dustproof; optional IK10 impact resistance
Operating Temperature	-20°C to +60°C (industrial versions up to -40°C to +70°C)
Power Supply	DC12V / PoE (802.3af/at)
Power Consumption	≤15W (≤20W with IR and dual lenses active)
Installation Methods	Wall, pole, or ceiling mount; adjustable viewing angle
Housing Material	Aluminum alloy enclosure; weather-resistant and anti-corrosive

Core Functions

Thermal Abnormality Detection

Monitors hotspots, sustained high temperatures, or rapid temperature rises within the scene.

Color + Thermal Image Fusion Display

Combines thermal and full-color visuals to help identify and confirm the precise location of heat sources.

Behavior and Object Recognition

Detects early-stage fire indicators (such as electrical overheating or mechanical friction), smoke precursors, or abnormal temperature increases.

Remote Real-Time Monitoring and Alarm Push

Automatically triggers alerts and transmits images to the management center or cloud platform upon detecting anomalies.

Multi-Stream & Multi-User Access

Supports multiple image resolutions for different terminals and network conditions.

Reporting and Historical Playback

Generates temperature change records, abnormal event statistics, and synchronized playback of both visible and thermal imaging.

Application Fields

Industrial Facilities

Monitoring fire sources and overheating areas in electrical equipment, machinery, or heat treatment zones.

Warehousing & Logistics

Early fire warnings in combustible or high-risk storage areas.

Public Infrastructure

Fire detection in smoke-prone or dark environments such as stations, tunnels, or underground parking lots.

Power Plants & Substations

Detecting temperature anomalies in cables, transformers, and switchgear.

Forestry & Outdoor Surveillance

Early wildfire detection and fire spread monitoring.