HIGH TORQUE HTDW-6036-02-CNE Planetary Joint Module
The HIGH TORQUE HTDW-6036-02-CNE is a compact planetary joint module designed for humanoid robots, robotic arms, and advanced robotics platforms. Featuring an integrated motor, planetary gearbox, cross roller bearing structure, encoder feedback, and communication interface, it provides a reliable joint actuator solution for precise robotic motion control and research applications.
Compact Integrated Joint Design
The HTDW-6036-02-CNE features a compact 60 × 56 mm structure with an integrated motor and gearbox design. The optimized mechanical layout helps reduce system complexity while providing a practical actuator solution for robotic joints with limited installation space.
36:1 Planetary Reduction System
Equipped with a 36:1 reduction ratio, the module delivers efficient torque transmission for robotic motion applications. It provides 10 Nm rated torque and up to 36 Nm locked-rotor torque, making it suitable for humanoid robots, robotic arms, and other high-performance robotic systems.
Cross Roller Bearing Structure
The HTDW-6036-02-CNE adopts a cross roller bearing design to improve joint rigidity and load handling capability. This structure helps maintain stable operation in robotic applications requiring precise positioning and consistent mechanical performance.
High-Precision Motion Feedback
The integrated encoder system provides 14-bit input and output encoder resolution, enabling accurate position feedback and responsive joint control. It supports precise motion control for robotics development, education, and research platforms.
CANFD/CAN Communication Integration
Supporting CANFD/CAN communication with up to 3 kHz control frequency, the joint module allows flexible integration with robotic controllers and embedded systems. It is suitable for building humanoid robots, robotic arms, and next-generation automation platforms.
