Product features:

1. Structural features

Flat-top shape:

Without the tower top structure of traditional tower cranes, its boom is directly connected to the slewing platform, making the top of the crane flat. This structure enables the crane to have better spatial adaptability when working in a group of towers or passing through obstacles, effectively avoiding collisions with other cranes or protruding parts of buildings.

Boom connection method:

The boom is generally connected by plug-in or pin-type, which is easy to install and disassemble. This connection method enhances the stability of the boom and reduces the safety hazards caused by loose connections.

Modular design:

Many flat-top cranes adopt modular design concepts, and the connection between components is simpler and standardized, which is convenient for transportation and on-site assembly, especially for projects that require frequent transfer of work sites.

2. Performance advantages

Good lifting performance:

It has a large lifting height and lifting weight, which can meet the lifting needs of heavy objects in engineering projects such as high-rise buildings and large bridges. Its lifting mechanism is usually equipped with high-performance motors and reducers, and the lifting speed can be adjusted according to actual operation requirements, with high work efficiency.

Flexible rotation:

The slewing bearing device adopts advanced technology, which enables the crane to achieve 360° flexible rotation. The rotation speed is stable and can be precisely controlled, which is convenient for adjusting the hoisting position in a small space.

Large working radius:

The crane arm is long, and through the pitch operation of the crane arm and the amplitude change of the trolley, it can cover a large working radius range and can effectively serve a large area of ​​construction sites.

3. Safety performance

Complete safety devices:

Equipped with a variety of safety protection devices such as lifting weight limiter, lifting torque limiter, height limiter, amplitude limiter, and slewing limiter. These devices can monitor the working status of the crane in real time. When there are dangerous situations such as overload and overlimit, they will automatically sound an alarm and stop the corresponding dangerous actions to ensure the safety of the operation.

High stability:

The design takes into account the stability under various working conditions. Through reasonable counterweight setting, structural optimization of the crane arm, and reinforcement of the chassis, it is ensured that the crane will not tip over when lifting heavy objects. Even in complex working environments and adverse weather conditions, it can maintain good stability.

4. Convenience of operation and maintenance

Humanized operation:

The operating interface in the cab is reasonably designed, and the layout of various control buttons and handles conforms to ergonomic principles, which is convenient for operators to operate. At the same time, it is equipped with an advanced monitoring system that can display the working parameters and status of the crane in real time, allowing operators to see it at a glance.

Convenient maintenance:

Due to its relatively simple structure and easy access to parts, daily maintenance and overhaul work is more convenient. For example, the inspection and repair of key components such as the crane arm and slewing mechanism do not require a complicated disassembly process, reducing maintenance costs and downtime.

Application:

Flat head cranes are widely used in the construction field. In the construction of high-rise buildings in cities, by virtue of large lifting heights and lifting weights, building materials are lifted to designated floors to accelerate the construction process. In large-scale bridge projects, it is responsible for erecting bridge prefabricated parts and accurately positioning and installing them. Port terminals can efficiently load and unload containers and other goods to improve throughput efficiency. When building large industrial plants, it lifts large steel structure parts to quickly complete the main construction of the plant. Because of its large working radius, flexible rotation, convenient operation and maintenance and other characteristics, it meets the needs of various complex operations and has become an indispensable equipment for many large-scale projects.