Traditional, older tower cranes use mechanical speed regulation, resulting in violent start-stop shocks and abrupt gear shifts. This not only easily causes load swaying and positioning difficulties, slowing down the overall construction progress, but also accelerates equipment structural wear and tear, posing numerous safety hazards. Newly equipped tower cranes with variable frequency control systems can achieve stepless smooth speed regulation. Lifting, slewing, and luffing operations are smooth in start-stop and stable in operation, effectively eliminating material swaying and deviation problems. This significantly improves the efficiency of building material lifting and precise positioning, making it suitable for various construction scenarios such as high-rise residential buildings and municipal infrastructure projects.
In terms of safety protection, the variable frequency system integrates multiple intelligent protection mechanisms, including overload limit, overspeed protection, stall braking, and travel warning functions. In case of emergencies such as unauthorized operation, excessive load, or work exceeding boundaries, the equipment can automatically decelerate and stop in an emergency, preventing hoisting accidents from the outset. Simultaneously, the variable frequency energy-saving design effectively reduces equipment energy consumption, minimizes wear and tear on machine components, and extends the overall service life of the tower crane.
All new tower cranes are equipped with a mature variable frequency electronic control system, undergo rigorous factory testing and commissioning, and come with complete compliance certification documents. Coupled with comprehensive pre-sales and after-sales support services, they provide efficient, stable, and safe lifting and construction guarantees for various infrastructure projects both domestically and internationally.
