It's a constant horsepower
Engine power is rated in horsepower and in torque. In simple terms torque is the power that gets things moving and horsepower is the force that keeps things moving.
Engine performance can be rated by horsepower or torque rating, depending on how powerful the engine is. Larger engines for car and boats are rated in horsepower. Smaller engines (>1horsepower) can be rated in torque rating.
There are 3 possibilities:-1) If the pinion has less teeth than the wheel - torque is increased.2) If the pinion has more teeth than the wheel - torque is decreased.3) If the pinion has the same number of teeth as the wheel - torque is constant.
A lathe is not a lever.
Lathe specifications· Distance between centers· Swing over the bed· Swing over the cross slide· Horse power of the motor· Number of speeds
260 horsepower 280 torque
Torque(lb/ft) = (5252 * horsepower) / RPM
what is the horsepower and torque of the suzuki boulevard c90
Torque and horsepower are two separate ratings.
There isn't a direct conversion between horsepower and torque in foot-pounds. Horsepower is a measure of power, while torque measures rotational force. Horsepower can be calculated using a formula that includes torque and engine speed.
It is, Horsepower = Torque x RPM, but Torque is not constant across the rev range of an engine. For gasoline engines, there is generally very little torque at low rpms, generally flat torque across the middle rpms, and then a drop off as the engine starts spinning too fast for complete combustion. Electric engines, on the other hand, start off with maximum torque and decrease with higher engine speed. So, the short answer to your question is that it's a direct relationship between horsepower and torque, but the variation in the torque curve across the rpm range makes the resultant horsepower curve vary too. (If your question was really why does torque vary with rpm, simply stated it's because engines have varying efficiencies at different speeds.) It is, Horsepower = Torque x RPM, but Torque is not constant across the rev range of an engine. For gasoline engines, there is generally very little torque at low rpms, generally flat torque across the middle rpms, and then a drop off as the engine starts spinning too fast for complete combustion. Electric engines, on the other hand, start off with maximum torque and decrease with higher engine speed. So, the short answer to your question is that it's a direct relationship between horsepower and torque, but the variation in the torque curve across the rpm range makes the resultant horsepower curve vary too. (If your question was really why does torque vary with rpm, simply stated it's because engines have varying efficiencies at different speeds.)
230 horsepower.
stock horsepower and torque was 85 HP and 115 LBS of torque
235 horsepower and 300 pound-feet of torque
Torque has nothing to do with horsepower. It is purely a measure of force, whereas horsepower is a measure of how much work can be done over time.
I do not know of a CHART, but the equation is: (Torque X RPM) / 5252 = Horsepower.
Advertised Horsepower and Torque is, 165HP @ 3800 RPMs. Torque is, 260 FT. LBS. @ 2400 RPMs.