Durable Mightyzap 17lf Micro/mini Linear Servo Motor Actuator 50mm Stroke, Rs-485, 50n / 28mm/s, 12v Perfect Gift [SAuTv3G2]

Mightyzap 17Lf Micro/Mini Linear Servo Motor Actuator: Compact Powerhouse

The mightyZAP 17Lf Micro/Mini Linear Servo Motor Actuator is a compact, high-performance solution for your precision motion control needs. With a 17mm diameter DC motor and a 50mm stroke, this actuator offers the power and precision you demand in a compact package. Its built-in drive circuit and RS-485 communication make it versatile and easy to integrate into your system. Key features include a rated load of 50N and a maximum speed of 28mm/s, ensuring smooth and efficient operation in a variety of applications.

Technical Specifications and Features

The 17Lf series boasts a 32bit ARM Core microcontroller with a 4096 resolution A/D converter for superior positional accuracy. It utilizes a 10kΩ linear potentiometer as a position sensor, ensuring reliable feedback and control. The actuator is equipped with a coreless DC motor for high efficiency and a 10:1 gear ratio for precise positioning. With a stroke of 50mm and a positional accuracy of 40μm, it offers unparalleled precision. The input voltage is 12V, and it can handle a rated load of 50N. Additionally, the actuator features 4 expansion I/O ports for easy digital control and offers programmable parameters for customization.

Applications and Benefits

The mightyZAP 17Lf Micro/Mini Linear Servo Motor Actuator is ideal for a wide range of applications, including robotics, automation, and precision machinery. Its compact size and high-performance capabilities make it a perfect choice for applications where space is limited but power and accuracy are crucial. Whether you're building a custom robot, an automated assembly line, or a precision instrument, the 17Lf series provides the reliability and versatility you need. With its easy digital I/O control and programmable settings, you can tailor the actuator to your specific requirements, ensuring seamless integration and optimal performance.