KBK flexible crane and its main points of purchase

KBK flexible crane is a new type of portable lifting equipment, which is widely used in automobile manufacturing, installation engineering and various clean room dust-free production environments. The KBK flexible crane produced by Kunfeng Heavy Industry is of reliable quality and reasonable price. This article will introduce you in detail the relevant factors that affect the quality of KBK flexible crane.

First of all, the quality of the KBK flexible crane motor is definitely an important factor. Generally, large manufacturers choose motors that have passed quality certification from well-known manufacturers. Although there are sometimes very few motors that have quality problems, the stable motor quality is enough to make you trust.

Secondly, the voltage of the KBK flexible crane is a key factor and a common factor that affects the lifting weight. Generally, newly-built communities use temporary electricity, and there will often be voltage instability, which will lead to the problems of motor sluggishness, KPK flexible crane accessories, and reduced lifting weight. Generally, the designed rated voltage of the KBK crane motor is 220v plus or minus 5v. If the voltage fluctuates beyond this range, it will cause different degrees of heating of the motor. The price of the KPK flexible crane will reduce the strength of the motor and the lifting weight.

Again, the diameter and length of the wire rope are factors that are often overlooked. If you choose a wire rope with a thick diameter or a long length, the KPK flexible crane will increase the diameter of the drum. Because the motor speed is fixed, it will inevitably lead to an increase in the speed, which will reduce the strength of the motor and reduce the lifting weight. When using, try to choose a suitable wire rope, and the wire rope should also be matched with a suitable length, with several wire ropes of different lengths.

There are many other factors that affect KBK flexible cranes. The main one is that the motor has poor heat dissipation, causing the motor to overheat. Naturally, the motor will be sluggish. Generally, methods such as strengthening the heat dissipation, removing the host casing, and increasing the heat dissipation of the blower are used.