When the iron block enters the crushing chamber, the tension spring of the outer ring of the shredder allows the adjusting sleeve and the supporting sleeve to be raised to avoid damaging the shredder. After the iron block passes through the crushing chamber, the tension spring immediately adjusts the adjusting sleeve and the support sleeve to return to the normal working direction. Sometimes the iron block is too large, and it will be stuck in the broken board, causing the shredder to be bored.
When the iron block is clamped between the crushing wall and the rolling mortar wall, the supporting sleeve must overcome the tension spring pressure which is fixed to the frame in this range and increase. The effect of the spring force on the support sleeve and the adjusting sleeve makes the iron cleaning work very risky, as the high pressure spring group has the trend of returning the bearing sleeve to its original position on the rack during the process of iron cleaning.
For the shredder, cleaning the iron in the crushing chamber is the most dangerous job. Eliminating the choking iron with incorrect methods may lead to serious personal accidents. Therefore, these need to be paid attention to. Compared with the conventional method, the hydraulic cavity cleaning system will greatly reduce the cleaning time and save manpower. Because the system can remove the safety of iron blocks, this method is recommended.
