Lenco Actuator

Comprehensive Features and Benefits of the Lenco Actuator

Lenco 4 1/4in Stroke 102 HD Actuator 5/16in 12V

Lenco 102 HD/XD Actuator 4-1/4 Stroke (10.795 cm) - 12-Volt

Model: 15060-001

• 12-volt actuator
• 5/16 in mounting hardware
• 6 feet cable
• Lenco's ballscrew design is more reliable and twice as powerful compared to typical hydraulics.
• Lenco's tough

Robust Design and Powerful Operation

The Lenco Actuator, featuring a 4 1/4 inch stroke and 102 HD model specification, is engineered for heavy-duty performance. Operating at 12V, this actuator provides efficient linear movement with a strong 5/16 inch shaft, ensuring durability and reliability in demanding environments. Its robust construction withstands harsh conditions, making it an ideal choice for marine, automotive, and industrial applications. The combination of power and precision allows for smooth operation while maintaining longevity, which reduces maintenance efforts and replacement frequency.

Easy Installation and Versatile Compatibility

This Lenco Actuator is designed for straightforward installation with universal mounting options suited for different setups. The 5/16 inch shaft diameter matches widespread hardware standards, ensuring seamless integration with existing systems. Its 12V power requirement is compatible with most vehicle or boat electrical systems, enhancing versatility. Whether upgrading a boat trim tab or enhancing a custom machinery project, this actuator fits varied applications without complicated adjustments or additional components.

Performance and Efficiency in Every Stroke

The 4 1/4 inch stroke length of the Lenco Actuator delivers precise and controlled linear motion vital for accurate positioning. This actuator’s 102 HD classification indicates a heavy-duty rate that balances power consumption and output force efficiently at 12 volts. With smooth stroke operation and robust shaft stability, the actuator optimizes mechanical movements while reducing energy usage. This level of performance ensures that users receive reliable control with minimal noise and vibration, improving overall system efficiency and user satisfaction.