Actuonix T16-P Mini Track Actuator with Feedback

Actuonix T16-P Mini Track Actuator with Feedback 300mm 256:1 12 volts

The Actuonix T16-P Mini Track Actuator is a highly compact, self-contained linear motion device engineered to replace complex custom push/pull linkages in space-constrained layouts. Unlike traditional rod-style actuators that extend a shaft outward, a track actuator features an internal sliding block that travels smoothly along a fixed structural channel. This unique layout ensures the overall length of the device remains completely constant during operation, making it excellent for tight spaces. Equipped with an internal 34 Omega potentiometer, the “P” variant provides continuous analog position feedback. Consequently, you can combine it with an external microcontroller or a specialized Linear Actuator Control (LAC) board to achieve sophisticated closed-loop position control.

Key Features

• Constant Form Factor Track Geometry: The internal slider moves along a guide rail, keeping the total footprint unchanged during full extension.

• Integrated Position Feedback: An internal 34k Omega potentiometer delivers accurate analog data for precise closed-loop automation.

• High Torque 256:1 Reduction Gearing: Provides an impressive 300N max lifting force, tailored for heavy-duty industrial pushes and pulls.

• Inherent Static Back-Drive Security: Mechanical reduction design resists back-driving forces exceeding 500N when unpowered.

• Responsive 12V Brushed Core: Optimized to track standard 12VDC power loops smoothly for reliable performance.

• Lightweight Polymer and Alloy Shell: Weighs only 160g, minimizing unnecessary weight additions on nimble robotic arms.

• Plug-and-Play Integration Kit: Arrives complete with factory mounting brackets, nuts, and installation screws.

• Solderless Terminal Connection: Outfitted with an easy-to-use 0.1-inch pitch female socket connector for clean wiring.

Applications

Automation engineers frequently integrate the Actuonix T16-P Mini Track Actuator into tight mechanisms within advanced aerospace components and medical laboratory instruments. It provides the exact movement required to operate remote locking latches, HVAC vent panels, and custom automated sorting chutes. Robotics builders utilize this track actuator to construct highly precise pan-and-tilt sensor platforms, bionic extremities, and automated production jigs. Furthermore, because it works natively with standard LAC development modules, it serves as a highly reliable replacement for traditional hobby servos in custom radio-controlled models and unmanned vehicle systems.

Performance and Operational Boundaries

When designing heavy-duty automated loops, managing thermal thresholds and system stalling is critical to protecting your hardware. The T16-P is engineered to drive up to a 300N load at its maximum force capability, reaching its peak efficiency point around 150N while maintaining a traveling speed of 3.4mm/s. To protect the internal brushed motor from overheating, operators should maintain a maximum duty cycle of 20% (meaning the motor rests for 4 seconds for every 1 second of continuous movement). Additionally, avoiding prolonged stalls is vital, as letting the actuator stall for more than a few seconds will drastically shorten its service life.