How-tos

Briggs & Stratton valve clearance chart: specs and adjustment guide. A Briggs & Stratton valve clearance chart only works if the engine family is matched correctly first. Some series use L-head layouts. Others use OHV designs. Several have different values for horizontal and vertical shaft versions. L-head aluminum singles often use 0.005 to 0.007 intake. L-head cast iron singles use 0.007 to 0.009 intake and 0.017 to 0.019 exhaust. OHV singles often use 0.004 to 0.006. OHV twins commonly use 0.004 to 0.006. The adjustment procedure starts with a cold engine. Remove the spark plug, find the compression stroke, and set the piston about 1/4 inch past TDC. Measure with a feeler gauge. Adjust slowly. Tighten and recheck. Tight valves cause hard hot starting and power loss. Loose valves cause tapping noise and rough running.

Ready to upgrade your golf cart dash? Here’s where to start.  At FridayParts, we carry a wide selection of golf cart replacement parts for E-Z-GO, Yamaha and other reputable brands. Browse our full range of golf cart accessories for a successful dash upgrade. Looking for model-specific parts? Check out our replacement Yamaha golf cart parts and E-Z-GO golf cart parts to find everything you need in one place. Your perfect golf cart setup is a few clicks away.

Kohler valve clearance chart: how to check and adjust by engine series. A good Kohler valve clearance chart helps you narrow the job fast, but it should never replace the engine tag. Start with the model and spec number. Then match the series and valve train style. K-Series engines use different specs than Magnum or Courage. KT17 and KT19 use 0.003 to 0.006 intake. Command and Aegis LH engines use hydraulic lifters and are not adjusted with a feeler gauge. The most important step is finding the compression TDC. If you land on the wrong stroke, the reading is wrong, and the adjustment will be off. Check clearance on a cold engine. Adjust slowly. Recheck after tightening the lock nut. Record the final setting for future service.

Is your Greenworks battery flashing red and not charging? Before you buy a replacement, try our simple fixes. This guide explains what the light means and how to solve issues like temperature faults or a deeply discharged battery.

Kohler spark plug cross-reference chart and gap guide. Need a Kohler spark plug cross-reference you can actually use in the field? This guide gives you a clean chart, the plug selection logic behind it, common gap ranges, and simple installation tips for Kohler engines. The final match should always come from the engine model, spec number, ignition type, and fuel type. K Series magneto engines often use a 0.025 gap. Battery or breakerless versions use 0.035. Command and Courage engines commonly use RC12YC plugs. LPG engines often need an RC78PYP instead of the standard gasoline plug. Gap should never be guessed. Check the old plug before installing the new one. Tighten it properly and test the engine.

Briggs and Stratton spark plug chart: a complete guide. If you are searching for the right spark plug for a Briggs engine on a pressure washer, generator, or utility machine, this is the place to start. Flathead engines take an RJ19LM plug. OHV engines take an RC12YC plug. Both gap at 0.030 inches. The chart covers part numbers, NGK, Champion, and Autolite cross-references, torque specs, and the Quantum date code rule that catches most people off guard. The thread reach mistake is also covered. A long OHV plug will screw into a flathead engine, but the projected tip can hit the piston. Short plugs in OHV heads cause carbon buildup and misfires. Match the plug to the engine family first.

If your Ryobi charger is blinking red and green, it’s signaling a charging fault. This guide walks you through easy fixes, from cleaning contacts and checking battery temperature to identifying if the battery or charger is truly faulty.

DEF crystallization appears when DEF loses water through evaporation or degradation, leaving behind solid urea crystals. These DEF crystals form white, chalky deposits that can restrict or block critical SCR components. DEF is a precise mixture of 67.5% purified water and 32.5% high-purity urea. If that balance is disrupted, the urea can no longer stay dissolved. Over time, white DEF crystals build up in the tanks, lines, injectors, and sensors, significantly affecting proper DEF dosing and emissions control.

John Deere 3-point hitch parts diagram and troubleshooting guide. Crooked, loose, or missing something? A John Deere 3-point hitch diagram is where to begin. It shows how the linkage should be put together and where things go wrong. The main parts include the center link, lower lift arms, lift links, sway links or turnbuckles, and rockshaft linkage. The center link sets implement angle. Lower arms carry the load. Lift links level the implement side to side. Sway links limit side movement. If the implement leans, check the lift link. If it tips forward or back, adjust the center link. If it sways too much, check the turnbuckles. Slow lift or no lift often points to the hydraulic side or rockshaft linkage.

Seeing your Milwaukee battery flashing red and green? This common error stops charging but is often fixable. Our guide explains the causes, like bad connections or temperature, and provides simple, step-by-step solutions to fix it.

How to operate a boom lift: step-by-step guide. A boom lift is easy to run once you know the sequence. Start with a walk-around. Check the tires, fluid levels, and labels. Test the ground controls before you get in the basket. Then move to the platform and identify the controls. Left joystick handles the main boom and swing. Right joystick handles drive and steering. Toggle switches control extend, jib, rotate, and platform level. Keep your foot on the foot pedal while moving the machine. Drive into position first, then raise the boom, swing to the work area, extend, and make final adjustments with the jib and basket rotate. Work within the machine’s rated capacity and keep an eye on the platform load.

Choosing the right engine oil is essential for lubrication and optimal performance of your Kubota engine. Here are some considerations before selecting the engine oil: 1. Climate: Oil viscosity varies depending on the temperature. In hot climates, a thicker oil like 15W-40 provides superior high-temperature protection, while a thinner oil like 10W-30 ensures easy starting and helps prevent damage in colder temperatures.