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- The following calculators compute the various
**torque**aspects of**motors**. These equations are for estimation only, friction, windage, and other factors are not taken into consideration.**Calculator**-1. Known variables: Horse Power and Speed in RPM.**Torque**is the action of a force producing or tending to produce rotation.**Torque**= force x distance. - SG-90
**Servo****Motor**Equivalent. MG90S Metal Gear, MG995 High**Torque**Metal Gear, VTS-08A Analog**Servo**. Selecting your**Servo****Motor**. There are lots of**servo****motors**available in the market and each one has its own speciality and applications. The following two paragraphs will help you identify the right type of**servo****motor**for your project/system. - J
**Motor**= 23 x 10 6 kg-m 2. J Leadscrew = 12 x 10 6 kg-m 2 x (300mm/100mm) = 36 x 10 6 kg-m 2. Total Rotational Inertia = 1.0 x 10-4 kg-m2. Note that the rotational inertia of the leadscrew is greater than that of the payload. The**formula**to convert rotational inertia to**torque**is as follows: - Jun 08, 2009 · 4. One of the most important in sizing is to keep the
**motor**to load inertia ratio below 10:1 and among other things, acceleration and deceleration rate is one of the main deciding factors. You can get the old free Kollmorgen graphical sizing program from the Electromate site. **Calculation**Type. Ball screw. Conveyor. Elevator. Generic Load. Rack&Pinion System. Rotary Table. Vehicles. Forces on Pinion. Simple Body Inertia. Welcome to Servotak's Engineering Calculator. Select your machine type above to start calculating. Home ;