Durability and Stability of Portable Mobile Jib Crane

Durability

Material selection: The jib of tragbarer mobiler Auslegerkran is usually made of high-strength high-quality steel, which has good strength and durability and can withstand heavy weight and frequent use. At the same time, the motor, reducer, chain and other key components of the jib crane are also made of high-quality materials, ensuring the reliability of the equipment during long-term use.

Technology level: During the manufacturing process, mobiler Auslegerkran adopts advanced process technology and strict quality control standards. Each component is precision-machined with high precision and excellent wear resistance, which improves the durability of the whole machine.

Maintenance: Regular maintenance operations such as inspection, lubrication and tightening of mobile jib crane are essential. This can detect and deal with potential problems in time and extend the service life of the equipment.

Stability

Structural design: The structural design of jib crane on wheels fully considers stability and safety. The support structure and base of the jib are usually made of heavy steel and a sturdy design is adopted to ensure that the equipment can maintain smooth operation under various working conditions. Reasonable structural design can also effectively disperse the weight during hoisting, lower the center of gravity of the equipment and improve stability.

Control system: The control system of jib crane on wheels has been carefully designed and optimized to achieve precise control and stable operation. The control system can accurately control parameters such as lifting speed and rotation angle to ensure the smooth progress of the hoisting process.

Safety protection device: In order to improve the stability and safety of the equipment, tragbarer mobiler Auslegerkran is equipped with a variety of safety protection devices. For example, the overload limiter can promptly issue an alarm and cut off the power source when the lifting weight exceeds the rated load of the equipment to prevent the equipment from being damaged due to overload.