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SteadyWin DD5010 Robot Motor 24V, 0.49 N.m Peak Torque, RS485 CAN, 14-bit Absolute Encoder for Robotics

SteadyWin DD5010 Robot Motor 24V, 0.49 N.m Peak Torque, RS485 CAN, 14-bit Absolute Encoder for Robotics

SteadyWin

Regular price $78.00 USD
Regular price Sale price $78.00 USD
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Overview

The SteadyWin DD5010 Robot Motor is a compact 24V robot motor designed for precise motion control in humanoid robots, robotic arms, exoskeletons, quadruped robots, AGV vehicles and other mobile platforms. It delivers 0.2 N.m nominal torque at 504 rpm, with up to 0.49 N.m peak torque, and integrates a single-turn absolute encoder with 14-bit resolution plus RS485 and CAN communication for accurate, closed-loop position and speed control.

Key Features

  • Nominal voltage 24V with 10~28V operating voltage range
  • 0.2 N.m nominal torque with 0.49 N.m peak torque capability
  • 504 rpm nominal speed and 828 rpm no-load maximum speed
  • Single-turn absolute encoder with 14-bit resolution
  • RS485 and CAN communication interfaces for integration with robot controllers
  • High torque constant of 0.23 N.m/A and speed constant of 34.4 rpm/V
  • Compact, lightweight construction with 134 g motor weight
  • Wide working temperature range of -20~80°C for diverse environments

For technical questions, system integration guidance or after-sales support, please contact customer service at https://rcdrone.top/ or email support@rcdrone.top.

Specifications

Parameter Value
Nominal voltage 24V
Voltage range 10~28V
Nominal current 0.9A
Nominal power 21.6W
Nominal torque 0.2 N.m
Nominal speed 504 rpm
No-load max speed 828 rpm
Peak torque 0.49 N.m
Peak current 1.9A
Speed constant 34.4 rpm/V
Torque constant 0.23 N.m/A
Number of pole pairs 14 pairs
Phase resistance 5.16 Ohm
Phase inductance 1.63 mH
Rotor inertial 195 gcm^2
Communication RS485 & CAN
Encoder type Single-turn absolute
Resolution 14 bit
Motor weight 134 g
Working temperature -20~80°C

Applications

  • Humanoid robots
  • Robotic arms
  • Exoskeletons
  • Quadruped robots
  • AGV vehicles
  • ARU robots

Manuals and Downloads