HIGH TORQUE HTDW-7535-02-CNE Planetary Joint Module
The HIGH TORQUE HTDW-7535-02-CNE is a high-performance planetary joint module designed for humanoid robots, robotic arms, and advanced robotics platforms. It integrates a motor, planetary gearbox, cross roller bearing structure, encoder feedback system, and communication interface into a compact actuator solution, providing strong torque output and precise motion control for robotics development and research applications.
High Torque Joint Module Design
The HTDW-7535-02-CNE features a compact 75 × 56 mm structure with an integrated motor and gearbox design. Its optimized mechanical design provides a balance between torque capability, installation efficiency, and system integration for robotic joints.
35:1 Planetary Reduction System
Equipped with a 35:1 reduction ratio, the module provides efficient torque transmission for robotic motion applications. It delivers 18 Nm rated torque and up to 60 Nm locked-rotor torque, making it suitable for robotic systems requiring higher torque output and stable joint performance.
Cross Roller Bearing Structure
The HTDW-7535-02-CNE adopts a cross roller bearing structure to improve joint rigidity and mechanical stability. This design supports reliable operation in robotic applications that require accurate positioning and consistent load handling performance.
High-Precision Encoder Feedback
The integrated encoder system provides 14-bit input and output encoder resolution, enabling precise position feedback and responsive joint control. It supports accurate motion control for humanoid robots, robotic arms, and robotics research platforms.
CANFD/CAN Communication Integration
Supporting CANFD/CAN communication with up to 3 kHz control frequency, the HTDW-7535-02-CNE allows flexible integration with robotic controllers and embedded systems. It is suitable for robotics engineers developing humanoid robots, educational robotics platforms, and advanced automation systems.
