Low Cost Drum Wood Chipper

A high-quality Drum Wood Chipper cannot do without good operators. If you want to ensure the long-term stable operation of the equipment, take overload operation as an example. The chipper should never operate under overload conditions, because the Low Cost Drum Wood Chipper has high speed, high load, and large fluctuations in compounding due to different woods. Therefore, the load of the chipper should be detected in a timely manner.
How to determine whether the Low Cost Drum Wood Chipper is overloaded? The following points are for reference only:

1. Directly use an electric shock level gauge to indicate the level of the damaged material in the chamber, that is, to know its load.

2. Use a belt scale or other equipment to weigh the transport capacity of the feeding belt conveyor of the cutting machine.
3. Derived from the cyclic load of the accounting destruction and screening closed-loop system.
4. Check the current value in the motor circuit of the Low Cost Drum Wood Chipper. The current during chip cutting operation is generally controlled at around 85% of the additional current.
5. In the case of multi-stage destruction, generally only the load of the last stage of the Drum Wood Chipper that controls the particle size of the final product is detected. This stage of the Drum Wood Chipper is usually in a closed-loop system, and its feeding amount includes the amount of chips and the cyclic load.
The above introduction is about the result of overloading the Low Cost Drum Wood Chipper, hoping to be helpful to everyone.