Pololu Glideforce LACT6-500APL Industrial-Duty Linear Actuator with Acme Drive and Feedback: 250kgf, 6" Stroke (5.5" Usable), 0.66"/s, 12V

The Glideforce Industrial-Duty series linear actuators are robust 12V DC gearmotors equipped with either an acme or ball screw drive, capable of moving a shaft along its length with precision. These actuators can handle dynamic loads up to 250 kgf (acme) or 450 kgf (ball), and static loads up to 450 kgf (acme) or 1360 kgf (ball). With features like built-in limit switches, overload clutch, and IP65-rated dust and water protection, these actuators offer reliability and durability for various applications.

Ideal for industrial automation, these actuators find use in applications ranging from robotics to adjustable machinery. Their ability to maintain position even when unpowered makes them perfect for tasks requiring consistent load handling. The integrated feedback potentiometer option further enhances control precision, making them suitable for systems requiring exact positioning.

The Glideforce actuators stand out with their all-steel construction, ensuring long-lasting performance even in demanding environments. The acme screw drive models provide a balance of power and efficiency, while the ball screw variants offer higher load capacities and smoother operation. The actuators' compatibility with various motor controllers allows for flexible integration into existing systems, enhancing their versatility.

Available in stroke lengths from 10 cm to 60 cm, these actuators cater to a wide range of movement requirements. The optional feedback system, linked to the shaft position, provides real-time monitoring and control, ensuring tasks are completed with precision. This adaptability makes them a valuable component in both custom and standard automation setups.

For secure installation, heavy-duty mounting brackets in aluminum or steel are available, ensuring the actuators remain firmly attached to the structure. A mounting clevis can also be used to convert the actuator ends into a clevis-style, providing additional mounting flexibility.

When using these actuators, it is crucial to avoid allowing the extension shaft to rotate during operation, as this can cause permanent misalignment with the limit switches and potentiometer. Proper setup and configuration, especially when integrating feedback systems, ensure optimal performance and longevity of the actuators.