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铰接式悬臂起重机的独特之处

铰接式悬臂起重机, also known as an articulated arm crane or knuckle jib crane, is a type of material handling equipment designed for lifting and moving objects within a specific working area.

Compared with the usual cantilever crane, the structure of the articulated jib crane is new. The cantilever is no longer single, but consists of two or more sections.

Extend and flex freely. The crane arm can be adjusted freely according to the need, the working radius is bigger, expanding the working range. Save space, the crane arm can be retracted when not in use.

Wide range of use scenarios. Articulating jib craneis suitable for machinery manufacturing, railroad, chemical industry, light industry and other industries, production or maintenance occasions, especially in the dense equipment, short-distance lifting, frequent operation of the production line application of this product can improve production efficiency.

Improveeconomic efficiency.Improve production efficiency and get things done faster, while also saving costs and energy .

The overall structure is simple and straightforward, easy to repair and maintain.

Common problems with 铰接式悬臂起重机:

Overweight load: There is a limit to the maximum load of the articulated jib crane, if it exceeds the load capacity, it will be prone to failure.

Rope wear: The ropes of the 壁挂式曲臂起重机 need to be inspected and replaced frequently, as prolonged use can lead to wear and tear .

Electrical faults: The electrical system of the articulated jib crane may have faults, such as damaged motors, short-circuited wires, etc.

Improper operation: Unskilled operators or not following operating procedures, such as excessive acceleration or braking, unstableoperation, etc.

Environmental factors: Articulated jib cranes are used in harsh environments, such as high temperature, low temperature, humidity, etc., which will also affect the normal operation of the equipment.

铰接式悬臂起重机 is an efficient, safe, flexible and energy-saving lifting equipment. It not only improves work efficiency, saves space and enhances safety, but also demonstrates wide applicability and cost-effectiveness.