This is not a very precise answer in terms of concepts but it will give you an idea of torque and its conversion. Think of a wrench 1 meter (or 3.28 feet) long between the twisting point - let's say of a nut - and the point where you place your hand to apply force to twist the nut. Imagine you apply a force equal to aproximately the pressure that you feel when you lay a pack of (let's say sugar) of about one kilogram (or 2.2 pounds) over your hand. The resulting twisting tendency or torque at the nut from the force of 1 kilo (we say one Kilogram force - Kgf) in a lever arm lenght of 1 meter will be one kilogram force meter (1 Kgfm). For practical purposes you may consider 1 Kgfm equals to 10 Newton meter (10 Nm). For more precise calculations use 9.80665Nm (remember the constant of gravity?). 1Kgfm = 9.80665Nm = 7.233014 ft.lbf (foot pounds or pound feet) So, 97 Nm = 9.891 Kgmf = 71.544 ft.lbf
Torque (Nm)
The amount a you can tighten a fastener with out a tool.This is about 2 Nm
No. 10 inch pounds = about 1.13 newton meters.
There is no SI unit for torque. Torque uses a compound unit such as Nm in the SI system. Also see 'related links' below
power=torque x speed p=txn 5000w= torque x angular speed if the speed of rotation is known, then from above formula we can find the minimum torque required to run the generator.
65 nm is ~47.94 foot-pounds.
Torque (Nm)
45 NM is ~33.19 foot pounds.
Newton x meter is joules. (Please note that Nm is also used for torque; in this case, it happens to have the same units, but it is unrelated to energy, and can therefore not be converted to energy units.)
25 NM25 NM
30 NM 50 NM then 90°
30 NM 50 NM then 90°
30 NM 50 NM then 90°
(1) 30 nm (2) 50 nm (3) 105 nm
440 Nm
120 to 140 nm
390