50:1 on slow use and 40:1 on every day use
ratio is 16 ounces of oil per six gallons of fuel
The dry weight of a 1993 model, 20 hp Evinrude outboard, is 120 lbs.
The 120 hp, Force / Mercury outboard, requires a 50:1 ratio, one pint of 2 cycle oil to six gallons of fuel.
An 1992 model, 120 hp Evinrude Ocean Pro outboard weighs 370 lbs.
165 kg
The 1992 model, 25 hp Evinrude outboard will usually run between 120-140 psi. The main thing here is that there is no more than 10 psi difference between cylinder readings.
The 120 hp, Force outboard requires a 50:1 ratio, one pint of 2 cycle oil, to six gallons of fuel.
The cylinder compression on a 1985 Evinrude 25 HP motor typically ranges between 90 to 120 psi. It's important to ensure that both cylinders have similar compression readings for optimal performance. If the readings are significantly lower, it may indicate issues such as worn piston rings or cylinder wear. Regular maintenance and compression testing can help ensure the engine is functioning properly.
about 2500 pounds dry weight (no fuel or extras) assuming the boat has a 120 hp Force outboard motor
A 120 volt motor is the inducer motor. It works the furnace.
If 3 out of 8 parts of the mixture is sugar, then 5 out of 8 parts are the other components. To find out how much mixture is there without the sugar, we need to calculate 5/8 of the total mixture weight. Given that 120 grams of sugar is 3 parts, so each part is 40 grams (120 grams / 3). Therefore, the total mixture without sugar is 200 grams (40 grams * 5).
If a motor is designed to run on different voltages there will be a wiring diagram on motor plate for 120 volt wiring. If not you will have to use a step up transformer to convert 120 V to the higher voltage.