ACZS artificial intelligence explosion-proof gimbal is a new intelligent device that integrates gas leak detection, temperature anomaly detection, AI monitoring, and video surveillance. It includes modules or components such as 360 ° panoramic gimbal, laser methane telemetry instrument, sound imaging leak detector, high-definition camera, infrared thermal imaging instrument, and fill light.
1. Integrate high-definition images and leak telemetry technology to achieve 24/7 uninterrupted real-time monitoring and alerting
2. Integrated high-definition camera, laser methane telemetry instrument, acoustic imaging leak detector, infrared thermal imaging instrument, accurately identify risk sources such as "running, emitting, dripping, leaking", abnormal sound, odor and heat
3. Using aviation grade metal materials for integrated processing, compared to traditional gimbals, the strength is increased by 2 times and the weight is reduced by 3 times
4. Equipped with intelligent AI recognition algorithms, achieve remote meter reading, valve status recognition, violation detection, flame monitoring, and alarm functions
1. Through the TDLAS technology of the laser methane telemetry module, precise detection and positioning of methane gas leaks within a 200 meter radius can be achieved, replacing the traditional manual detection method of sniffing, greatly improving detection efficiency and accuracy, and keeping personnel away from high-risk areas such as toxic and harmful, high temperature and pressure, ensuring the safety of employees' operations.
2. Through image modeling recognition technology and deep learning algorithms, the gimbal can accurately recognize the on/off status of various pointer instruments, level gauges, and valves on site, and can also judge personnel violations and liquid leaks on site. The average recognition time of a single instrument generally does not exceed 5 seconds, and the comprehensive recognition accuracy is over 90%. Combined with the flexible judgment of operators, it can basically replace manual inspection.
3. By using infrared thermal imaging technology to detect the temperature distribution characteristic values of certain key parts of on-site equipment, monitoring their long-term variation characteristics, the working health status of the equipment can be effectively evaluated; By using infrared thermal imaging technology to detect the changes in temperature gradient maps of pipelines over a certain period of time, when equipment experiences overheating, severe temperature rise, or natural gas leakage, temperature anomalies in the areas of equipment temperature changes and natural gas leakage points can be captured in a timely manner, and alarm information can be promptly pushed forward.
4. A modular facial recognition system based on deep neural networks, supporting 2D/3D multimodal facial analysis and possessing customizable facial database management capabilities; Integrated with intelligent wearable detection algorithms, it can achieve real-time monitoring and early warning of personnel safety protection behavior.
project | Technical Specifications |
High definition 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 telemetry | 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 angle | Horizontal: 360 ° Vertical: ± 90 ° |
Explosion-proof rating | Ex db IIC T6 Gb / Ex db ia IIC T6 Gb |
IP rating | IP66/IP68 |
Operating Temperature | When the explosion-proof mark is Ex db ia IIC T6 Gb, (-40~70) ℃ when the explosion-proof mark is Ex db ia IIC T6 Gb, (-30~70) ℃ |
Data transmission interface &communication protocol | RS422 Pelco-P/Pelco-D adaptive |
project | ACZS Artificial intelligence explosion-proof gimbal | Security monitoring gimbal |
AI task model | support | not supported |
Off grid operation | support | not supported |
Support 3D scanning | support | not supported |
Acoustic imaging | Support precise positioning of leakage and discharge power sources | none |
control accuracy | Closed loop control, with better accuracy than 0.1° | open-loop control |
weight | ≤15kg | （40~50）kg |
material | aviation 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 level | IP66/IP68 | IP65 |
