Explanation of Flywheel and Rack System
3:37
15:23
284.8K views
At 3:37 in
Can A kinetic Wood splitter handle Big Logs ?!?
What happens here
With the safety shrouds off, the presenter details the PowerKing log splitter's internal mechanics. He highlights the Kohler engine, which powers the system, and the large flywheels that store kinetic energy. He explains how these flywheels connect to a rack and pinion system, which is responsible for moving the splitting wedge. He points out the two robust return springs located on either side of the rack, designed to pull the wedge back to its starting position after each split.
Goal: Identify and explain the function of the core internal mechanical components.
Tools and materials
- Flywheels N/A — Storing kinetic energy to deliver force to the splitting wedge
- Kohler Engine Kohler — Powers the log splitter's mechanism
- PowerKing Log Splitter — The machine whose internal components are being inspected
- Rack and Pinion System N/A — Converts rotational motion from the flywheels into linear motion for the splitting wedge
- Return Springs N/A — Automatically retracting the splitting wedge after a split
- Splitting Wedge N/A — Splitting the wood