por ep | Sep 15, 2026 | Selection Guide
SELECTION GUIDE High motor speed changes bearing, lubrication, heat and noise conditions inside a reducer. A ratio that looks correct at output speed still has to be valid at the intended input speed. Quick answer Selecting a Gearbox for High Input Speed Servo Motors...
por ep | Sep 15, 2026 | Selection Guide
SELECTION GUIDE Output-shaft load is often the missing input in gearbox selection. A pulley or pinion can create a bearing load that governs frame size even when transmitted torque is modest. Quick answer How to Check Radial and Axial Load on a Planetary Gearbox...
por ep | Sep 15, 2026 | Selection Guide
SELECTION GUIDE Reflected inertia is one reason a planetary reducer can improve servo-axis dynamics: the load inertia seen through the ratio is reduced roughly by the square of that ratio. Quick answer Reflected Inertia and Servo Gearbox Ratio: A Practical Method...
por ep | Sep 15, 2026 | Selection Guide
SELECTION GUIDE Gearbox torque ratings describe different duty conditions. A precision reducer can meet a steady torque requirement and still be overloaded by frequent acceleration peaks. Quick answer Nominal vs Acceleration vs Emergency Torque in Gearbox Selection...
por ep | Sep 15, 2026 | Selection Guide
SELECTION GUIDE Backlash creates a dead zone when torque reverses, but load-side positioning error also includes elastic twist, structural deflection and control behavior. Quick answer How Backlash Affects Robot and CNC Positioning Accuracy should be evaluated from...
por ep | Sep 15, 2026 | Selection Guide
SELECTION GUIDE Gear ratio links motor speed, output speed, torque multiplication and reflected inertia, so it should be chosen as a system variable rather than a single catalogue number. Quick answer Choosing Gear Ratio for a Servo Motor and Planetary Gearbox should...
