Fire Detection Thermal Camera - Explosion Proof Cameras Provider

Explosion-Proof Thermal Camera/

Fire Detection Thermal Camera

  • Model Name:Fire Detection Thermal Camera
  • Model No.:HL-814A-H-5.0MP-T
  • Resolution: 5.0MP
  • Zoom lens: 8mm fixed lens
  • Ex-mark : Ex db IIC T6 Gb/Extb IIIC T80℃ Db
  • Material: 304/316L stainless steel optional

  • Product Details
  • Main Features
  • Technical Parameters
  • FAQ
  • Inquiry

Fire Detection Thermal Camera | ATEX & IECEx Certified Explosion Proof Housing Thermal Camera

Product Overview

The Fire Detection Thermal Camera is an advanced fixed thermal imaging solution specifically engineered for continuous temperature monitoring, early fire detection, and industrial process protection in hazardous environments.

Unlike conventional CCTV cameras, this Explosion Proof Thermal Camera detects infrared radiation emitted by objects rather than visible light. It continuously monitors temperature changes, identifies abnormal heat sources, and provides automatic fire alarms long before smoke or flames become visible.

Designed with a rugged 304/316L stainless steel explosion-proof housing, the camera is certified for hazardous locations including Zone 1, Zone 2, Zone 21, Zone 22, as well as Class I Division 1 & Division 2 applications


Fire Detection Thermal Camera for Industrial Early Warning

Our fire detection thermal camera provides continuous temperature monitoring and early hotspot detection for industrial facilities, hazardous areas, storage sites, and critical infrastructure.

Unlike conventional CCTV systems that rely mainly on visible light, this thermal imaging camera detects infrared radiation emitted by objects. It can identify abnormal temperature increases before smoke or visible flames appear, helping operators respond to potential fire risks at an earlier stage.

Combining thermal imaging, high-definition visible video, accurate temperature measurement, automatic alarms, and PTZ monitoring, the system provides a complete solution for fire prevention, equipment protection, and industrial safety management.

Early Fire Detection Through Thermal Imaging

Many industrial fires begin with overheating machinery, electrical connections, stored materials, bearings, pipelines, or process equipment. These temperature changes may not be visible to the human eye or a standard surveillance camera.

The fire detection thermal camera continuously measures surface temperatures within the monitored area. When a target exceeds a configured temperature threshold—or when an abnormal temperature difference is detected—the camera can immediately trigger an alarm.

This early-warning capability gives operators more time to:

  • Inspect overheating equipment
  • Isolate affected machinery
  • Activate fire-response procedures
  • Notify control-room personnel
  • Prevent equipment damage and production shutdowns
  • Reduce the risk of a hotspot developing into an open fire

Key Features

Real-Time Temperature Monitoring

The camera continuously measures target temperatures and displays thermal information directly on the monitoring screen. It supports point, line, polygonal-area, and full-screen temperature measurement, allowing users to configure monitoring rules for different industrial applications.

Automatic Hotspot and Fire Alarms

Multiple temperature alarm modes help detect developing hazards:

  • Over-temperature alarm
  • Temperature-difference alarm
  • Temperature-range alarm
  • Multi-target temperature monitoring
  • Configurable alarm thresholds
  • Automatic notification and system linkage

When an abnormal temperature is detected, the camera can work with a VMS, NVR, alarm device, or industrial monitoring platform to support rapid response.

Thermal and Visible Dual-Spectrum Imaging

The system combines a thermal sensor with a high-definition visible-light camera.

Thermal imaging reveals heat patterns, hotspots, and temperature anomalies, while the visible camera provides recognizable details of the monitored equipment and surrounding environment. Operators can use both imaging channels to verify alarms and understand the situation more accurately.

Reliable Monitoring in Difficult Conditions

Thermal imaging does not depend on visible illumination. The camera can detect heat signatures in:

  • Complete darkness
  • Low-light environments
  • Smoke
  • Light fog
  • Dusty industrial areas
  • High-contrast lighting conditions

This makes it suitable for continuous day-and-night fire monitoring.

Accurate Industrial Temperature Measurement

The camera supports a broad temperature measurement range for industrial monitoring. Depending on the selected configuration, higher-temperature measurement options are available for furnaces, processing equipment, storage areas, and other demanding applications.

Typical temperature-measurement accuracy is ±2°C or ±2% of the reading, whichever is greater.

Multiple Thermal Color Palettes

Selectable thermal palettes help operators interpret temperature distribution in different environments. Available display modes may include:

  • White hot
  • Black hot
  • Iron red
  • Rainbow
  • Custom thermal palettes

Explosion-Proof Protection for Hazardous Areas

An explosion-proof version is available for oil and gas facilities, refineries, chemical plants, LNG terminals, offshore platforms, tank farms, and other locations where flammable gases or combustible dust may be present.

Depending on the selected model, ATEX and IECEx-certified configurations are available, with an explosion-protection marking such as:

Ex db IIC T6 Gb / Ex tb IIIC T80°C Db

The explosion-proof enclosure prevents internal ignition sources from affecting the surrounding hazardous atmosphere.

Corrosion-Resistant Stainless-Steel Housing

The camera can be manufactured using 304 or 316L stainless steel. The rugged enclosure provides resistance to water, dust, salt spray, chemicals, and corrosive industrial environments.

An IP67-rated configuration supports reliable outdoor use in demanding weather conditions.

Industrial Applications

Oil and Gas Facilities

Monitor storage tanks, pipelines, compressors, pumps, loading areas, and processing equipment for abnormal heat buildup and early fire risks.

Refineries and Chemical Plants

Detect overheating process equipment and temperature anomalies in environments where flammable gases, vapors, or chemicals may be present.

Power Plants and Electrical Substations

Monitor transformers, switchgear, cable connections, generators, and electrical cabinets for loose connections, overloads, and overheating components.

Battery and Energy-Storage Facilities

Identify abnormal cell, module, or cabinet temperatures before thermal runaway develops into a serious fire event.

Warehouses and Material Storage

Monitor coal piles, waste storage, combustible materials, and bulk products for spontaneous heating and hidden hotspots.

LNG Terminals and Tank Farms

Provide continuous thermal surveillance around storage tanks, loading systems, pipelines, and other high-risk infrastructure.

Mining and Conveyor Systems

Detect hot bearings, overheated motors, belt friction, and temperature anomalies along conveyors and material-handling equipment.

Offshore and Marine Facilities

The stainless-steel, corrosion-resistant enclosure supports long-term deployment on offshore platforms, vessels, ports, and coastal industrial sites.

Why Use a Thermal Camera for Fire Detection?

Smoke detectors and flame detectors remain important parts of a complete fire-protection system, but they often respond after combustion has already begun.

A fire detection thermal camera adds a preventive monitoring layer by identifying abnormal heat before smoke or flame becomes visible. It also gives operators live images, temperature measurements, alarm locations, and visual verification from a safe distance.

The system is particularly useful when:

  • Large outdoor areas must be monitored
  • Equipment operates continuously
  • Early temperature changes indicate developing faults
  • Conventional sensors cannot cover every target
  • Darkness, smoke, or difficult lighting affects visible cameras
  • Remote verification is required before personnel enter the area

Advantages of Our Fire Detection Thermal Camera

  • Detects developing hotspots before visible fire
  • Provides continuous, non-contact temperature monitoring
  • Combines thermal and visible video
  • Supports automated alarms and remote notification
  • Covers large areas through PTZ patrols
  • Operates during the day and at night
  • Integrates with existing NVR and VMS platforms
  • Offers stainless-steel and explosion-proof configurations
  • Supports customized thermal sensors, lenses and measurement ranges
  • Suitable for fixed-site and hazardous-area installations

It can also be combined with:


Contact Us

Looking for a reliable explosion proof thermal imaging solution?

Contact us for:

  • Project consultation
  • Technical specification support
  • OEM / ODM customization
  • Industrial system integration solutions
  • Bulk project quotation

Main Features:

    • Early fire and hotspot detection
    • Real-time, non-contact temperature measurement
    • Thermal and visible dual-spectrum imaging
    • Over-temperature and temperature-difference alarms
    • Point, line, area, and full-screen temperature monitoring
    • High Resolution housing type ,small size light weight
    • Reliable imaging in darkness, smoke, fog, and low light
    • Fixed lens use
    • Optional ATEX and IECEx explosion-proof certification
    • Corrosion-resistant 304/316L stainless-steel housing
    • IP67 dustproof and waterproof protection
    • ONVIF support for NVR and VMS integration
ModelHL-814A-H-5.0MP-T
Certification
Ex-proof MarkEx db ⅡC T6 Gb/EX tb IIIC T80℃ Db
一般
Material304 Stainless steel
Surface treatmentStainless steel original color, electro-polishing optional
IP GradeIP67
Connector SizeM25*1.5
Weight≤4.5kg
InstallationPole mount, wall mount ( not include Bracket)
Visible Image
Camera5.0Megapixel
Lens8mm
View AngleHorizontal: 40° ; Vertical:22°
Iris F1.2
Resolution2880 (H)×1620(V)
LanguageChinese/English
Minimum illuminationColor: 0.001 Lux @(F1.2, AGC ON),

B/W: 0.0003 Lux, 0 Lux with IR

Video CompressionH.265/H.264/MJPEG
Signal-to-noise ratio>52dB
WDRDigital WDR
BLCSupport
Digital noise reductionSupport 2D/3D
Thermal Image
DetectorUncooled
MaterialVanadium oxide
Wavelength range8~14μm
Resolution256 × 192
Pixel size12um
Thermal sensitivity NETD 50 mk(@25 °C,F#=1.0)
Frame rate50/60Hz
Lens10mm
Field of viewHorizontal: 17°, Vertical:13°
Clear imaging range0.3m~∞
Pseudo-color image modeBlack hot/white hot/rainbow/iron red/custom (up to 17 pseudo color modes optional)
Temperature abnormality functionFull-screen temperature measurement expert mode: 10 points, 10 frames, 1 line, a total of 21 temperature measurement rules
Theoretical temperature measurement range-20℃~+150℃
Dual-light fusionSupports thermal imaging channel fusion of visible light image information to enhance thermal imaging channel image details
Intelligent FeaturesI/O alarm, temperature measurement warning, intelligent analysis alarm
Network protocolsIPv4/IPv6 ,HTTP,RTSP/RTP/RTCP, TCP/UDP, DHCP, DNS, PPPOE, SMTP, 802.1x
Detection functionHuman and vehicle shape detection, support for fire point and smoking detection alarm, cross-border detection, intrusion detection, entry/area detection
Environment
Temperature(-30℃,+70℃)
Compression80-106KPa
Relative humidity≤95%RH(+25)

Q1: What is a fire detection thermal camera?

A fire detection thermal camera is an infrared imaging device that measures surface temperatures and identifies abnormal heat patterns. It can generate an alarm when a target exceeds a configured temperature limit.

Q2: Can a thermal camera detect a fire before smoke appears?

Yes. In many applications, equipment or materials begin to overheat before producing visible smoke or flames. Thermal imaging can detect this temperature increase and provide earlier warning.

Q3: Does the camera work in complete darkness?

Yes. A thermal camera detects infrared energy rather than visible light, allowing it to monitor heat signatures in complete darkness.

Q4: Can it detect temperature through walls or metal covers?

No. Thermal cameras measure the infrared radiation emitted from visible surfaces. They do not see through walls, metal enclosures, or most solid objects.

Q5: Can the alarm temperature be adjusted?

Yes. Users can configure temperature thresholds, monitored areas, temperature-difference rules, and alarm schedules according to the application.

Q6: Can several pieces of equipment be monitored simultaneously?

Yes. Multi-target temperature measurement and polygonal monitoring regions allow several machines or areas to be monitored within the same scene.

Q7: Is an explosion-proof version available?

Yes. ATEX and IECEx-certified models are available for hazardous industrial areas. The required certification should be selected according to the installation zone and local regulations.

Q8: Can the camera connect to an existing security system?

Yes. Support for ONVIF, RTSP, network protocols, alarm interfaces, NVRs, and VMS platforms enables integration with many existing monitoring systems.

Q9: Which lens should I choose?

The appropriate lens depends on the monitoring distance, target size, required field of view, and temperature-measurement objective. Our technical team can recommend a thermal and visible-light lens combination based on the installation site.

Q10: Request a Fire Detection Solution

Looking for a reliable fire detection thermal camera for an industrial facility, hazardous area, storage site, power plant, or offshore application?

Send us your monitoring distance, target size, installation environment, required temperature range, hazardous-area classification, and system-integration requirements. Our team will help select the appropriate thermal detector, lens, enclosure material, and certification.

Contact us today for technical specifications, project support, customization options, and a quotation.

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