High torque servo motor arduino series#

They are - RDrive 50, RDrive 60, RDrive 70, RDrive 85, and RDrive 110. We are offering five different types of motors with a wide range of characteristics. The information can help to improve troubleshooting capabilities and implement preventive maintenance.Ī number of RDrive servos can be combined into a CAN network, allowing you to control multiple operations from a single device. High torque servo RDrive 50 model (53 mm, 11 Nm) in action. Provides you with valuable diagnostic data on the servo operation parameters, such as torque and speed. It is now possible to use your preferred technology stack to implement motion control - C / C ++ / Java / Python. The end result is an enhanced quality of production output that is increased throughout your machines. With a controller and two 19-bit absolute magnetic encoders integrated into the housing, the RDrive ensures repeatability rates, high-precision motion control.

A built-in controller and two 19-bit absolute encoders.

Harmonic gearbox adjusts the rotation speed and the torque output to meet the requirements of your application. The built in strain-wave gearhead has almost-zero backlash and a gear ratio of 1 : 100, enhancing performance and overall operational efficiency of our servo and providing high-torque output.

High torque servo motor arduino series#

RDrive series servos come in a variety of dimensions, enabling you to choose a high quality motor, the best fit for your project: RDrive50 (53 mm diameter, 85 mm length), RDrive60 (63 mm diameter, 89 mm length), RDrive70 (73 mm diameter, 105 mm length), RDrive85 (88 mm diameter, 112 mm length), RDrive110 (115 mm diameter, 150 mm diameter).ĭespite their compact size, our high torque servos boast high power and performance characteristics that compare favourably to the specifications of top industry players.

Advantages of RDrive servosĭesigned with a hollow shaft, our powerful high torque servo allows for easy mechanical and simplified electrical integration for your business. At the same time, if you make a mistake at the very beginning by choosing a less efficient kind-performance and maintenance issues are inevitable. The correct choice will have long-term benefits and will have a strong positive impact on the overall production and its lifespan. Now that we have completed the work, we are proud to have a product that hold its own with established European manufacturers - the high-torque servo, compact RDrive series models! Why choose RDrive high torque motor ? This enables the actuator to convert high-speed and low-torque motor energy into low-speed and high-torque output. With a built-in strain-wave gearhead, we increased power to our servo motor. In addition, we provided a hollow shaft for smooth integration. We coupled the high torque motors with two absolute magnetic encoders for getting feedback and a controller to orchestrate motion control. We started with designing a proprietary frameless AC moto r, which is now at the heart of our RDrive series. RDrive motors are perfect for implementing an industrial automation solution, building a model aircraft, or working on your own groundbreaking robotic project. Each features different performance characteristics, dimensions, and weight so you can pick the right design accurately for your application. Hollow shaft high torque servo motors in the RDrive lineup are available in five modifications: RDrive50, RDrive60, RDrive70, RDrive85 and RDrive110. A good servomechanism is highly configurable, allowing for thousands of combinations to fit to all possible application: machine tools, robots, medical diagnostic equipment, autonomous vehicles, satellite-tracking antennas, remote control airplanes, automatic navigation systems on planes, boats and other similar high performance applications. The new way of manufacturing itself leads to lower production costs. It is usually paired with an encoder to provide feedback on position and speed.īy professionally applying compressed winding technology, the product has been transformed to acquire a more compact size. It is quite simple: a servo motor is a closed-loop servomechanism that controls motion and final position of the object based on position feedback. Based on these feedback signals, the device is capable of controlling mechanical position of an object, its speed, and even parameters. The very purpose of the device is to correct the action of a mechanism by detecting errors and gathering useful feedback. High torque ratings, long lasting, energy efficient-that is how one can describe new generation of servo motors.