Image type Flame detector

Image type Flame detector

See a potential flame event and give operators visual evidence to assess the alarm.

  • Analyze video on the device

    On-device image recognition evaluates the monitored scene without relying on a remote analytics server.

  • Verify the event visually

    Visible-light and infrared cameras support live video and image capture when an alarm is triggered.

  • Plan system integration

    Review video transmission and the available alarm-output options against your monitoring and fire-alarm systems.

Confirm viewing distance, lens, installation environment and required output interface for the ordered system.

Overview

The image-type flame detector is equipped with a high-performance embedded SOC processor with artificial intelligence computing acceleration capability. It has strong computing power, low power consumption, high stability, and can adapt to various indoor and outdoor operating environments. It runs the self-developed neural network AI algorithm, and multi-dimensional composite analysis logic to adapt to complex working environments.
The detector body carries the algorithm for real-time analysis, which can work independently without relying on the monitoring part, and can be deployed in batches to achieve large-scale fire detection and alarm. Real-time high-definition video hard coding supports H.264/H.265 encoding format, can play high-definition video in real time, and capture pictures immediately when the alarm is triggered, which is convenient for visual verification and confirmation. It supports real-time synchronous sound and light alarms at the front and back ends, and the detection end site and monitoring center respond in linkage, also supports seamless connection with fire alarm control systems and security monitoring systems. Optional switch control output, contact capacity 30V/2A; optional 4-20mA industrial field bus interface and HART protocol carrier communication interface; optional industrial-grade RS485 interface; optional electric heating temperature control function to adapt to extremely cold operating environments.

Key Features

0Tops computing Power (2 trillion/SEC)

7 million parameter large model

AI algorithm is deployed on the device side

Fast response high recognition rate low false alarm rate

Support real-time synchronous sound and light alarm

Low power consumption and high stability

Suitable for indoor and outdoor operating environments

Optional switch control output

Technical Specifications

Detection principle

AI image recognition (2.0 Tops computing power)

Detection distance

80 meters (12mm lens)

Response time

6 – 20 seconds

Dual cameras

One visible light camera and one infrared camera

Output signal

Switching value, 4 – 20mA, HART, RS485, CAN

Video transmission

Gigabit Ethernet

Field of view

22° (horizontal) × 17° (vertical)

Rated voltage

Detection part: DC24V; monitoring part: AC220V

Working current

≤25mA, alarm current ≤50mA

Rated power

≤20W

Signal output

2 channels of passive nodes/RS485/4 – 20mA/HART

Working temperature

-30°C to +60°C

Relative humidity

≤95%RH, no condensation

Installation method

Wall-mounted, suspended

Protection level

IP66

Video standard

H.264/H.265

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