The Torque Calculator is an essential tool for engineers and mechanics, allowing precise calculations of torque requirements for various applications. With its user-friendly interface, professionals and hobbyists can quickly determine the torque needed for bolts, shafts, and other rotational elements. Enhance your project accuracy and efficiency by utilizing this calculator, optimized for both metric and imperial measurements. Whether designing machinery or performing routine maintenance, our Torque Calculator provides reliable results to ensure safety and performance. Discover how easy and effective torque calculations can be with our state-of-the-art tool.
Parameter Definitions
M (kg) – Load mass
DP (mm) – Rolling circle diameter
D (mm) – Rolling circle diameter
MB (kg) – Rolling circle mass
μ – Friction coefficient (Default: 1)
V (mm/s) – Load movement speed
S (mm) – Travel distance
ts (s) – Movement time
tA (s) – Acceleration/deceleration time
AP (mm) – Positioning accuracy
Calculator
Results
Ball Screw Inertia (JB)
0 kg⋅m²
Load Inertia (JW)
0 kg⋅m²
Load Inertia at Motor Shaft (JL)
0 kg⋅m²
Friction Torque (Tw)
0 N⋅m
Load Torque at Motor Shaft (TL)
0 N⋅m
Speed (N)
0 rpm
Required Motor Inertia (>JL/30)
0 kg⋅m²
Required Rated Torque (TL/0.8)
0 N⋅m
Acceleration/Deceleration Torque (TA)
0 N⋅m
Maximum Torque T1 (TA+TL)
0 N⋅m
Maximum Torque T2 (TL)
0 N⋅m
Maximum Torque T3 (TL-TA)
0 N⋅m
Effective Torque (Trms)
0 N⋅m
