ACZS AI-Enabled Ex-Proof PTZ is an integrated intelligent device that combines gas leak detection, temperature anomaly detection, AI monitoring, and video surveillance. It incorporates modules and components such as a 360° panoramic pan-tilt mechanism, a laser methane remote detector, an acoustic imaging leak detector, an HD camera, an infrared thermal imager, and fill lights.
Integrating high-definition images with leak telemetry technology to achieve 24/7 continuous real-time monitoring and alerting.
Combined with intelligent AI recognition algorithms, it enables remote meter reading, valve status identification, violation detection, flame monitoring, and alarm functions.
Integrated with HD cameras, laser methane remote sensors, acoustic imaging leak detectors, and infrared thermal imagers, it accurately identifies potential hazards such as "runs, spills, drips, leaks", abnormal noises, unusual odors, and abnormal temperatures.
Aerospace-grade metal + one-piece machining: 2x stronger, 67% lighter than traditional PTZ.
By utilizing TDLAS technology from the laser methane remote sensing module, precise detection and localization of methane gas leaks within a radius of 200 meters can be achieved. This replaces the traditional manual detection method of physically approaching and sniffing, significantly improving detection efficiency and accuracy, while keeping personnel away from hazardous areas such as toxic, harmful, high-temperature, and high-pressure environments, thereby ensuring operational safety for employees.
Through image modeling recognition technology and deep learning algorithms, the PTZ camera can accurately identify various mechanical instruments, liquid level gauges, and valve switch states on site. It can also detect personnel violations and liquid leaks. The average recognition time for a single instrument is generally no more than 5 seconds, with an overall recognition accuracy rate above 90%. Combined with the flexible judgment of operators, it can basically cover manual inspections.
Using infrared thermal imaging technology, the temperature distribution characteristics of key components of on-site rotating equipment are detected, and their long-term variation trends are monitored to effectively assess the operational health of the equipment. By analyzing the temperature gradient changes along pipelines over a specified period, the system can promptly identify abnormal temperature zones and leakage points in the event of equipment overheating, rapid temperature rise, or natural gas leakage, and immediately push alert notifications.
A modular face recognition system based on deep neural networks, supporting 2D/3D multimodal facial analysis, and featuring customizable face database management; integrated with intelligent personal protective equipment (PPE) detection algorithms, it can perform real-time monitoring and alerting of personnel safety compliance behaviors.
Item | Technical Specifications |
HD Visible Light Camera | 2 million pixels, 25x optical zoom |
Infrared Thermal Imager | Resolution: 640x512, temperature measurement accuracy: ±2℃, temperature measurement range: (-20~+550)℃ |
Laser Methane Remote Sensing | Detection distance: ≤ 200m, measurement error: ≤±10% (0~50000) ppm·m or (0~100)% LEL·m |
Acoustic Imaging | Resolution: 1920x1080, Measurement distance: (0.5~50) m Sensor dynamic range: (30~120) dB (optional) |
Power Supply Voltage | DC24V / AC220 |
Range Of Rotation Angles | Horizontal: 360° Vertical: ±90° |
Explosion-proof Rating | Ex db IIC T6 Gb / Ex db ia IIC T6 Gb |
Protection Rating | IP66 / IP68 |
Operating Temperature | (-40~70)℃ with Ex db ia IIC T6 Gb (-30~70)℃ with Ex db ia IIC T6 Gb |
Data transmission Interface & Communication Protocol | RS422 Pelco-P / Pelco-D Adaptive |
Item | ACZS AI Explosion-Proof PTZ | Security Surveillance PTZ |
AI Task Model | Yes | No |
Offline Operation | Yes | No |
3D Scan | Yes | No |
Acoustic Imaging | Supports precise localization of leaks and power discharge sources | No |
Control Accuracy | Closed-loop control, accuracy better than 0.1° | Open-loop control |
Weight | ≤15kg | (40~50)kg |
Material | Aerospace aluminum alloy | 304, 316L |
Operating Temperature | Ex db IIC T6 Gb（-40~70）℃ Ex db ia IIC T6 Gb（-30~70）℃ | (-30~+70)℃ |
Explosion-proof Rating | Ex db IIC T6 Gb / Ex db ia IIC T6 Gb | Ex db IIB T4 Gb |
Protection Rating | IP66 / IP68 | IP65 |
