Linear Actuator Project Planning Examples
These examples are planning references for defining a linear-motion project. They are not product-compatibility certifications and do not replace calculations for the actual mechanism.
RV Bed Lift Planning
Document the complete moving load, linkage geometry, actuator angle, required travel, available installation space, duty cycle, voltage/current requirements and any synchronization strategy.
Read the RV Bed Lift Planning Guide →
Cabinet Door or Lid Planning
Define hinge geometry, moving mass, opening path, mounting points, required stroke, installation length, speed, duty cycle and control requirements. Hinge torque and leverage matter more than a simple door-weight multiplier.
Read the Cabinet & Lid Planning Guide →
TV Lift Planning
Include the TV, bracket and moving platform mass, guide friction, required vertical travel, installation space, stability, retention and control requirements.
Read the TV Lift Planning Guide →
Solar Tracking and Outdoor Mechanism Planning
Evaluate panel and structure geometry, operating loads, wind-related structural loads, required stroke, duty cycle, temperature, ingress-protection requirements, electrical connections, enclosure and control design. Do not select an actuator from an application label alone.
Heavy Motion System Planning
Start with required push and pull force, mechanism geometry, stroke, installation length, loaded speed, duty cycle, temperature, ingress-protection rating and control requirements.
Read the Heavy Duty Application Planning Guide →
Compare the Current Range
Linear Actuator Selection Guide →