INSULATOR ZERO-VALUE DETECTION SERIES PRODUCTS

New Products / New Technology

"Product series covers live/de-energized zero-value insulator detection. Supports 110kV-1000kV AC and ±400kV-±1100kV DC. Uses 20kV-60kV adjustable pulse high voltage, compliant with DL/T 626-2024. Integrates distributed voltage detection to prevent overvoltage damage while ensuring 100% identification of zero-value insulators.
Note: This translation was generated by AI for reference only."

10KV DISTRIBUTION NETWORK LIVE WORKING TOOLS & EQUIPMENT FOR LINE TAPPING

New Products / New Technology

The complete 10 kV live‑line connection smart tool set enables safe, efficient, and high‑quality execution of the entire stripping and splicing process. All tools feature a lightweight design, weighing just 3 kg, making them easy for operators to lift. They offer precise, damage‑free wire‑jacket stripping, synchronized and balanced tightening torque for parallel‑groove wire clamps, and automatic wire‑diameter recognition and adaptive adjustment. The system supports voice‑controlled operation throughout the workflow, allowing a single operator to perform the task independently. With a streamlined procedure, customizable stripping lengths, rapid stripping, and highly efficient installation of parallel‑groove wire clamps, the entire stripping and installation process can be completed in under five minutes, significantly boosting operational efficiency.

VISUAL SAG MEASUREMENT ROBOT

New Products / New Technology

The visualized sag‑measurement robot seamlessly integrates RTK BeiDou navigation and positioning technology, multi‑sensor fusion, and automated control algorithms. It operates in all weather conditions and can be mounted on drones, enabling efficient and precise conductor sag measurements. Its key advantage lies in overcoming the environmental limitations of conventional measurement methods, making it particularly well suited for transmission‑line construction phases—such as tensioning and wire‑laying—as well as for challenging conditions like nighttime operations or adverse weather (e.g., rain and fog) under tight project schedules. By eliminating the drawbacks of traditional methods that are sensitive to lighting and weather, it provides dual assurance: accelerated construction progress and enhanced measurement accuracy.