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Zincir-Gear Power Aktarimi Analysis - Karistirici Unit Shaft Torku Calculator
Shaft torque from mechanical power for this calculator. Convert shaft power in kilowatts and rotation speed in revolutions per minute to approximate torque in newton meters. The factor 9550 is a rounded engineering constant; the stated power must be delivered at the shaft.
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kW
rpm
Estimated result
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Guide
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Reviewed calculation details
Zincir-Gear Power Aktarimi Analysis - Karistirici Unit Shaft Torku Calculator: method and worked example
What the calculation does
T ≈ 9550 P/n (N·m; P kW, n rpm; rounded coefficient)
Example using the prefilled values
Inputs: power=11 kW; rpm=600 rpm; calculate using stated formula.
How to interpret the result
Ideal preliminary shaft transmission values; actual ratios, capacity and efficiency require manufacturer verification.
Assumptions and limitations
Ideal steady-state power transmission calculations only; not a certified belt, chain or gear design. Belt diameters must be effective pitch diameters, not arbitrary outside diameters, and slip, elongation, belt wrap, tension, belt selection, thermal effects and efficiency may alter actual speed and loading. Belt/chain counts are rounded up nominal catalog-capacity screening and require service, size and installation verification. Chain speeds are time-averaged pitch travel values and neglect chordal speed variation; teeth must be whole numbers. Gear models assume matched module and ideal geometry; tooth contact, bending, undercut, interference, lubrication and geometry corrections are not checked. Torque coefficient 9550 approximates exact 60000/(2π). Stop-state zero speed is valid for speed models; zero RPM cannot be used as divisor in a power-to-torque model. Numeric guards are computational limits, not manufacturer ratings.
Input
Inputs used by this calculator
Review the values and units used by this calculator before calculating.
Aktarilan PowerkWShaft devrirpm