Pololu Glideforce LACT6-12V-05 Light-Duty Linear Actuator: 15kgf, 6" Stroke (5.9" Usable), 1.7"/s, 12V

The Glideforce Light-Duty series of linear actuators from Concentric International are reliable 12V DC gearmotors featuring a lead screw mechanism for precise linear motion. These actuators maintain position even when powered off under static loads up to 250 kgf for LACT versions and 30 kgf for GF23 versions. They incorporate limit switches for safe operation and diodes for direction reversal by altering voltage polarity. The design boasts an all-aluminum frame and extension tube, with an IP65 rating ensuring protection against dust and water.

These linear actuators are versatile, available in various gear ratios and stroke lengths ranging from 5 cm to 30 cm, with optional potentiometers for feedback systems. This adaptability makes them suitable for a wide range of applications, from home automation to robotics.

Ideal for projects requiring precise linear motion, these actuators offer significant benefits. They are easy to integrate into systems with their straightforward electrical connections and compatibility with various motor controllers and drivers. The robust construction ensures long-term durability, even in challenging environments, while the IP65 rating provides added peace of mind for outdoor or dusty applications.

Mounting solutions are flexible with available aluminum or steel brackets, facilitating secure attachment to structures. This adaptability is crucial for custom setups where stability and reliability are paramount.

The Glideforce Light-Duty actuators are designed for ease of use. Simply connect them to a 12V power source for operation. Reversing the voltage changes the direction of the actuator, and for enhanced control, pairing with a motor controller allows for speed and direction management. The actuators are engineered to handle current spikes efficiently, ensuring smooth operation even under sudden load changes.

For applications requiring feedback, specific versions include potentiometers connected to the shaft, providing precise position data. This feature is particularly beneficial for automated systems where exact positioning is critical, enhancing the actuator's utility in complex control systems.