Overview:
The wheeled explosion-proof inspection robot, as a type of special robot, uses lithium battery power as its power source and operates through autonomous navigation to control the inspection robot over a long distance. It can be used in various large-scale petrochemical enterprises. The inspection robot plays a crucial role in daily inspections and mainly replaces the dedicated equipment used by inspectors for inspections in petrochemical enterprises and factory areas. This product has the functions of autonomous navigation, path planning, audio and video reconnaissance, meter recognition, toxic and harmful gas reconnaissance, and environmental reconnaissance.


Features:

Rescue operations for large-scale fires in petroleum and chemical enterprises:

Places prone to collapse, such as tunnels and subways, require entry for firefighting and rescue.

Rescue operations in environments with potential explosive gas or liquid leaks.

Rescue operations in environments with thick smoke or toxic gases.

Firefighting and rescue operations in close proximity, where personnel are at risk of injury.

Specification:
High explosion-proof rating
Explosion-proof rating: Exd[ib] IIB T4 Gb
2. The inspection method is highly intelligent.
The entire system can achieve autonomous navigation and automatically avoid obstacles. It has a wireless automatic charging function. When the robot body detects low battery level, it will automatically search for a charging station and perform charging; in case of an accident during the journey, it can automatically select a safe route without affecting the operation of other robots, and return to the designated waiting area to wait for processing.
3. There are a wide variety of toxic and harmful gas detection types
Including 8 types of gases and 2 types of environmental parameters
4. Image Analysis
Accurate identification of various data such as pointers, numbers, positions, colors, and states, automatic detection of changes in each data item; if a small-scale accident has occurred, it can remotely detect the extent and severity of the damage.
5. Connect to the networked cloud platform of the robot system
The real-time status information of the robot, such as its position, battery level, audio, video, and gas environment detection data, can be transmitted to the cloud via 4G/5G networks. The information can be accessed by the backend PC and mobile terminals.