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IR-TLI100
1. Efficient autonomous operation capability: Adopting a dual-arm walking platform with a walking speed of 0.5m/s, tower climbing time of 20min and tower crossing time of 15min. It can independently complete multi-span tower crossing operations, and the 8-hour battery life meets the needs of long-term inspection, greatly improving work efficiency.
2. Multi-dimensional accurate detection: Equipped with high-precision detection systems such as dual-spectrum cameras, it can accurately identify components such as vibration dampers and strain clamps, and simultaneously detect defects such as line strand breakage, strand scattering, insulator damage and contamination. The detection results are highly accurate, providing reliable diagnostic basis for operation and maintenance.
3. Integrated de-icing and protection: Built-in de-icing mechanism and pressing mechanism, with both inspection and de-icing functions. The pressing force feedback function effectively prevents falling during operation; the body weight is ≤60kg, and the size is no more than 1.2×0.5×1m. The lightweight design is suitable for complex line environments.
4. Intelligent data management: Adopting a "robot-transmission layer-background" architecture, data is transmitted to the remote platform in real time, supporting intelligent analysis and alarm. It is equipped with an on-tower solar charging station, which can independently plan charging. The charging time is 3.5h and the battery replacement only takes 30min, ensuring battery life.
5. Strong expansibility: The body is equipped with multiple expandable interfaces, which can be connected to operation tools such as coating. In addition to basic inspection and de-icing, it can adapt to more line operation and maintenance scenarios, improving the reuse value of equipment.
1. Efficient autonomous operation capability: Adopting a dual-arm walking platform with a walking speed of 0.5m/s, tower climbing time of 20min and tower crossing time of 15min. It can independently complete multi-span tower crossing operations, and the 8-hour battery life meets the needs of long-term inspection, greatly improving work efficiency.
2. Multi-dimensional accurate detection: Equipped with high-precision detection systems such as dual-spectrum cameras, it can accurately identify components such as vibration dampers and strain clamps, and simultaneously detect defects such as line strand breakage, strand scattering, insulator damage and contamination. The detection results are highly accurate, providing reliable diagnostic basis for operation and maintenance.
3. Integrated de-icing and protection: Built-in de-icing mechanism and pressing mechanism, with both inspection and de-icing functions. The pressing force feedback function effectively prevents falling during operation; the body weight is ≤60kg, and the size is no more than 1.2×0.5×1m. The lightweight design is suitable for complex line environments.
4. Intelligent data management: Adopting a "robot-transmission layer-background" architecture, data is transmitted to the remote platform in real time, supporting intelligent analysis and alarm. It is equipped with an on-tower solar charging station, which can independently plan charging. The charging time is 3.5h and the battery replacement only takes 30min, ensuring battery life.
5. Strong expansibility: The body is equipped with multiple expandable interfaces, which can be connected to operation tools such as coating. In addition to basic inspection and de-icing, it can adapt to more line operation and maintenance scenarios, improving the reuse value of equipment.
