HIGH TORQUE HTPW-7507-02-DNE Planetary Joint Module
The HIGH TORQUE HTPW-7507-02-DNE is a compact planetary joint module designed for humanoid robots, robotic arms, and advanced robotics platforms. It integrates a motor, planetary gearbox, encoder feedback system, and communication interface into a complete robotic actuator solution, providing efficient motion control and reliable performance for robotics development and research applications.
Compact Integrated Joint Design
The HTPW-7507-02-DNE features a compact 75 × 35 mm structure with an integrated motor and gearbox design. Its lightweight construction helps reduce robotic system complexity while providing a practical actuator solution for applications requiring compact and efficient joint integration.
High-Speed Planetary Reduction System
Equipped with a 7:1 reduction ratio, the module is optimized for fast robotic motion while maintaining stable torque output. It provides 4 Nm rated torque and 12 Nm locked-rotor torque, making it suitable for dynamic robotic joints requiring responsive movement.
High-Precision Encoder Feedback
The integrated encoder system provides 14-bit input and output encoder resolution, enabling accurate position feedback and precise motion control. It supports stable operation for robotic platforms requiring repeatable and responsive joint movement.
CANFD/CAN Communication Integration
Supporting CANFD/CAN communication with up to 3 kHz control frequency, the HTPW-7507-02-DNE enables flexible integration with robotic controllers and embedded systems. It is suitable for humanoid robots, robotic arms, educational robotics, and advanced robotics research platforms.
Robotics Development Applications
With its compact structure, high-speed performance, and integrated control features, the HTPW-7507-02-DNE provides an efficient actuator solution for robotics engineers developing lightweight robotic systems, research prototypes, and next-generation automation platforms.
