In automotive terms, torque converter.
First and foremost NM stands for (Newton Meter) or a Torque wrench. So, NM or KGM are units of torque. For example, 130NM@2000rpm means the vehicle delivers max torque of 130NM(Newton Meter) at 2000rpm. It can also be written as 130KGM (Kilogram Meter). I hope this information answers your question.
The standard torque of a car can vary widely depending on the make and model. Generally, torque for passenger vehicles can range from around 100 Nm to 400 Nm, with some performance or heavy-duty vehicles exceeding 500 Nm. Make sure to consult the specific manufacturer's specifications for accurate torque values.
The least count of a torque wrench is the smallest increment it can measure, typically around 0.1 Nm. So, a torque wrench with a scale that starts at 2.5 Nm would have a least count of 0.1 Nm, meaning it can measure in increments of 0.1 Nm from 2.5 Nm onwards.
To generate 2470 Nm of torque using a 500 Nm torque wrench, you would need to apply the wrench multiple times in a sequential manner, accumulating the torque each time. For example, you could apply the wrench five times at 500 Nm each to reach a total of 2500 Nm, which is close to the desired 2470 Nm.
30 NM 50 NM then 90°
25 NM25 NM
30 NM 50 NM then 90°
30 NM 50 NM then 90°
The unit "nm" stands for Newton meters and is a metric unit for torque. To convert 65 Nm to foot-pounds, you can use the conversion factor 1 Nm = 0.737562 foot-pounds. Thus, 65 Nm is approximately 47.8818 foot-pounds.
(1) 30 nm (2) 50 nm (3) 105 nm
120 to 140 nm