Correctly operate anti-collision hooks to reduce the chance of equipment failure
As we all know, the use of anti-collision hooks is very important for lifting equipment. Once it is damaged, many failures or accidents will occur during use, and serious injuries may occur to drivers or pedestrians. So how to use it correctly? Let the manufacturer explain it to us in detail.
1. The larger the crane, the higher the lifting height, that is, the longer the wire rope between the boom top pulley group and the anti-collision hook, the greater the possibility of the hook rotating.
2. The winding of the hook wire rope cannot be ignored. Many users are accustomed to using even numbers, which they feel is more reliable. As everyone knows, doing so will be more unstable than an odd number. So be sure to pay attention.
3. The weight of the wire rope of the anti-collision hook also needs to be within a reasonable range, otherwise it is likely to cause rotation and affect normal operation.
4. The hook assembly needs to match the equipment and cannot be replaced at will. Even if it is replaced, the size must be paid attention to.
5. The speed of the crane's landing hook is unstable when operating the crane. Especially when the heavy object is lifted off the ground, the possibility of the hook rotating increases.
The above are the key points to reduce rotation when using anti-collision hooks. Only by operating your equipment correctly can it last longer.
As we all know, the use of anti-collision hooks is very important for lifting equipment. Once it is damaged, many failures or accidents will occur during use, and serious injuries may occur to drivers or pedestrians. So how to use it correctly? Let the manufacturer explain it to us in detail.
1. The larger the crane, the higher the lifting height, that is, the longer the wire rope between the boom top pulley group and the anti-collision hook, the greater the possibility of the hook rotating.
2. The winding of the hook wire rope cannot be ignored. Many users are accustomed to using even numbers, which they feel is more reliable. As everyone knows, doing so will be more unstable than an odd number. So be sure to pay attention.
3. The weight of the wire rope of the anti-collision hook also needs to be within a reasonable range, otherwise it is likely to cause rotation and affect normal operation.
4. The hook assembly needs to match the equipment and cannot be replaced at will. Even if it is replaced, the size must be paid attention to.
5. The speed of the crane's landing hook is unstable when operating the crane. Especially when the heavy object is lifted off the ground, the possibility of the hook rotating increases.
The above are the key points to reduce rotation when using anti-collision hooks. Only by operating your equipment correctly can it last longer.
As we all know, the use of anti-collision hooks is very important for lifting equipment. Once it is damaged, many failures or accidents will occur during use, and serious injuries may occur to drivers or pedestrians. So how to use it correctly? Let the manufacturer explain it to us in detail.
1. The larger the crane, the higher the lifting height, that is, the longer the wire rope between the boom top pulley group and the anti-collision hook, the greater the possibility of the hook rotating.
2. The winding of the hook wire rope cannot be ignored. Many users are accustomed to using even numbers, which they feel is more reliable. As everyone knows, doing so will be more unstable than an odd number. So be sure to pay attention.
3. The weight of the wire rope of the anti-collision hook also needs to be within a reasonable range, otherwise it is likely to cause rotation and affect normal operation.
4. The hook assembly needs to match the equipment and cannot be replaced at will. Even if it is replaced, the size must be paid attention to.
5. The speed of the crane's landing hook is unstable when operating the crane. Especially when the heavy object is lifted off the ground, the possibility of the hook rotating increases.
The above are the key points to reduce rotation when using anti-collision hooks. Only by operating your equipment correctly can it last longer.
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