The tower‑crane monitoring system is the short name for the full‑process safety supervision and management system for tower cranes. Throughout the lifecycle of a construction tower crane — from model selection to complete dismantling — this complete monitoring system adopts information‑based approaches to implement safety filing management for tower cranes, design and construction of tower foundations and attachments, full‑process monitoring and recording of tower‑crane operations, anti‑overturning control during installation and dismantling, as well as anti‑collision for multiple tower cranes. What core components does the system consist of? Below is an overview shared by the editorial team of Kaimorui.

The main components of tower crane monitoring are as follows:

1. Multi‑limit MonitoringReal‑time monitoring of multiple limit parameters including force, moment, luffing, height, slewing and trolley travelling. Early‑warning alerts will be triggered before limits are reached.
2. Operator ManagementPerson‑identification sensors (IC‑card recognition, fingerprint recognition and facial recognition) are deployed to verify the identity of operators for this special‑type work.
3. Intelligent Anti‑collisionPatented dynamic 3D anti‑collision technology is applied. It meets the operational requirements of various construction tower cranes such as horizontal‑jib, luffing‑jib and travelling tower cranes.
4. Black‑box RecordingThe system continuously records tower‑crane operating status with cyclic data storage. Monitoring logs support downloading and historical data playback.

The above are the core contents of tower crane monitoring. By meeting these requirements for smart construction sites, construction sites can achieve higher safety levels. The acquisition and organization of various data also facilitate better construction performance for future projects.