One of the most important tools for sizing a servo motor is the motor’s torque-speed curve, which shows the combinations of torque and speed that the motor can produce in two operating zones — continuous operation and peak, or intermittent, operation. If the control surface has a full sweep angle of 40 degrees. From Center or the neutral point, 20 degrees would be entered. The calculator only calculates one control surface per servo. If you are using one servo for two control surfaces, the calculated torque must be doubled. This in many cases is common for the aileron channel.
- Servo Gearbox Torque Calculator Conversion
- Servo Gearbox Torque Calculator For Sale
- Servo Gearbox Torque Calculator
- Servo Gearbox Torque Calculator Parts
1 = Gearbox Input Power (kW) S = Safety Coefficient (-) T 2 = Gearbox Output Torque (Nm) η = Gearbox Efficiency (-) µ = Coefficient of Friction (-) π = 3.1459 ν t b The values given in the load table are based on uniform, smooth servo-operation. Since, in practice, the applications are. Gear Reduction Formula. The following equation is used to calculate the output values of a gear reduction. ORPM = IRPM. GR. Where OT is the output torque. IT is the input torque. GR is the gear reduction ratio. ORPM is the output RPM. IRPM is the input RPM. The maximum torque output (shutdown torque) is needed only in a small angular range. There are also comparatively low output speeds and operating times. These and other parameters lead together with an calculation of the planetary gear on fatigue strength to small gear diameters versus standard servo gearboxes.
Following this revolutionary request Socialist seamates! a very useful calculator is one that can turn Torque into Power and vice versa. I proudly present two calculators that can be used for power to the torque (Power to the Torque!) and torque to the power conversion.
Servo Gearbox Torque Calculator Conversion
Servo Gearbox Torque Calculator For Sale
Here are a couple of lame formulae to support the calculations:
Servo Gearbox Torque Calculator
where P is power (watt or kilowatt), τ is torque (Nm), ω is the angular velocity (radians per second), and dot represents the scalar product.
The calculator accepts angular speed in RPM (rounds per minute) and the conversion to radians per second is a simple
Servo Gearbox Torque Calculator Parts
since one round is radians.