High load capacity linear actuatorHow to determine the load capacity of a rotating platform?

The load capacity depends on multiple factors, including the torque of the actuator, the size and structural strength of the rotating platform, and the load-bearing capacity of the transmission mechanism. It is generally determined through a combination of theoretical calculations and practical testing. Theoretical calculations consider factors such as the size, material, and expected load distribution of the platform, while actual testing involves loading heavy objects in simulated real-world application scenarios to observe the performance of the platform.

Hollow rotating platformHigh load capacity linear actuatorYHN450-10K,reduction ratio：1:10，Adapt motor：3KW/5KW AC servo motor,
Hollow rotating platformHigh load capacity linear actuatorYHN130-M-30K/40K/50K/70K,reduction ratio：1:10 1:18，Adapt motor：200W/400W AC servo motor 57/86 type stepper motor,
Hollow rotating platformHigh load capacity linear actuatorYHN280-Z-30K/50K,reduction ratio：1:10 1:18，Adapt motor：1KW/2KW AC servo motor 110 type stepper motor,
Hollow rotating platformHigh load capacity linear actuatorYHN200-10K/18K,reduction ratio：1:10 1:18，Adapt motor：750W AC servo motor 86 type stepper motor,
Hollow rotating platformHigh load capacity linear actuatorYHN85-Z-20K/30K,reduction ratio：1:5 1:10，Adapt motor：200W/400W AC servo motor 57 type stepper motor,