48 oz
Never seen one
yes, i use them on my 17-1/2 hp briggs,
You can adjust the valves on your 17 horsepower Briggs and Stratton engine by turning the adjustment screws. The adjustments screws will determine how much fuel goes into the piston chamber.
No, never oil the carburetor linkage. Clean the linkage throughly with carburetor cleaner. If you oil the linkage it will become clogged with dust which the oil will attract.
I need the valve settings for a 17 hr. Briggs mod. 311777 type 0131-e1 code 980521zd THANKS DENNIS
The spark plug gap for a Briggs & Stratton 17 hp engine is typically set at 0.030 inches (0.76 mm). It's important to check the owner's manual or the engine specifications, as gap settings can vary slightly based on the specific model. Always ensure the spark plug is properly gapped before installation for optimal engine performance.
I just when and got one for my Kohler 17 hp lawn mower moto. Principal Application: Various Lawn & Garden Equip. + Small Tractors w/Briggs & Stratton, Hatz, Kawasaki, Kohler and Lister Engines.
There is not such conversion of displacement to HP. You have what is basically a 17 cu. in engine and that would seem to be and 8 to 10 HP engine in an OHV configuration.
120 is nominal
The head bolt torque for a Briggs & Stratton 17 hp engine, model 31F707, is typically set to 30-35 ft-lbs (40-47 Nm). It's important to follow a specific torque sequence when tightening the head bolts to ensure even pressure distribution. Always refer to the engine's service manual for the most accurate specifications and any specific procedures related to your engine.
The exact location of the compression release mechanism in a 17hp Briggs and Stratton engine can vary depending on the specific model and design of the engine. Typically, the compression release mechanism is located near the camshaft or valve train assembly of the engine. It may involve additional components such as springs, levers, or pins that interact with the exhaust valve to temporarily release compression during the starting process.