A log splitter runs on a gasoline engine and uses hydraulic pressure to split logs. Fluid is compressed at high pressure in the pump until the piston gets thrust out with enough force to split wood. You can adjust the pressure up and down to control the strength and efficiency of the log splitter. Different types of logs require varying degrees of splitter force. There will be less wear on the splitting lever if less force is used on soft or thin wooden logs.
As well, you will save fuel and stay protected from the flying pieces of wood that might result from excess splitting speed on softer wood. For thicker logs, moving the pressure a notch higher can ensure that you go about wood splitting faster and more efficiently. When splitting logs with varying densities, below is a step by step guide on adjusting the pressure on the splitter. Before going through the article you can read electric log splitter reviews and get a rough idea about electric log splitters.
Step 1: Start the engine to warm the hydraulic fluid
The pressure controlling mechanism is linked to the hydraulic fluid. Start the engine as you do when splitting logs. You can either use the critical ignition or pull the start cord; that depends on the model of your log splitter. Don’t let the engine pick up speed. You only want to get the hydraulic fluid to warm up enough for testing pressure.
Step 2: Set the split lever in a neutral position
Set the split wedge in a neutral position before taking care of pressure changes. Take care not to touch any moving parts. Remember the engine can be hot by now so avoid touching all the other areas apart from the splitting wedge.
Step 3: Adjust screw on the pump
The inlet of the hydraulic jack has a cap, pop it open to access the adjustable screw. The screw in the hydraulic jack can be used to decrease or decrease the pressure falling on the lever. Be sure to read your manufacturer’s instructions first before adjusting this screw. In many log splitter models, adjusting the screw all the way clockwise increases the pressure, while turning anti-clockwise reduces the pressure on the log splitter. As you keep testing to find out your best-desired pressure, the engine might speed up or slow down. That should be your cue on which pressure level to go with.
Step 4: Set back up the guards
Rise back up the guards on the sides and back to an upright bolted position. The guards protect users from accidentally touching the moving parts of the engine. Your gear is now prepared to work optimally. You can achieve an exact pressure setting in the hydraulic log splitter for the efficient operation of the splitting wedge. This way, the splitting force will be in tune with your particular splitting task.
Correct pressure settings on a log splitter can help to increase the durability of the log splitter and reduce the replacement intervals of the splitting lever. You will also have assured safety when splitting, regardless of the destiny of the logs.