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Robotic Actuator Powered by 24ECT Brush DC Motor

Robotic Actuator Powered by 24ECT Brush DC Motor

Product catalog summary
Application Profile:
  • Coreless Design: The motor features a coreless design, enhancing its efficiency and performance.
  • High Power Density: Utilizes neodymium magnets to achieve a 20% increase in torque compared to competitor motors.
  • Low Noise and Long-Life Carbon Brushes: Constant spring force carbon brushes are used to reduce noise levels and extend motor life.
  • Magneto-Resistive Encoder: The MR2 Encoder is employed for precise motion control.
Motor Highlights:

The document discusses the increasing use of collaborative robots (cobots) in both home and industrial environments, highlighting the need for compact, power-dense, and quiet actuators with smooth operation and low vibration. Typically, cobots have 4-6 axes of motion, including base, knee, arm, shoulder, wrist, and end-effector.

Case Study:

A Chinese manufacturer of humanoid and industrial robots collaborated with Portescap to enhance the performance and cost-efficiency of motors for robot arm and knee joints. The Athlonix™ 24DCT brush DC motor and MR2 Encoder were chosen to meet the requirements of power density and low noise. Portescap leveraged its global supply chain to source optimal components, aligning with the customer's cost objectives.

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Catalog excerpts

Robotic Actuator Powered by 24ECT Brush DC Motor-1

APPLICATION PROFILE ROBOT ACTUATOR The popularity of collaborative robots (cobots) has led to a wide variety of humanoid style robots being used in various home and industrial settings. The robot axes require actuators that are compact, power-dense, quiet and operate smoothly with low vibration. Most cobots include 4–6 axes of motion: base, knee, arm, shoulder, wrist and end-effector. A Chinese manufacturer of humanoid and industrial robots approached Portescap to provide motors for the arm and knee joints of several robot designs. Portescap collaborated with the customer to improve performance and increase cost efficiency. To meet the critical requirements of power density and low noise, the Athlonix™ 24DCT brush DC motor and MR2 Encoder were selected for the actuators. Neodymium magnets provided the necessary power density and increased the available torque by 20% over the competitor motor. Constant spring force carbon brushes reduced noise levels and increased motor life. Portescap tapped into its global supply chain to source the best • Coreless design components to meet the customer’s cost targets. • High power density Motor Highlights Application Assistance Complete list of global sales offices: portescap.com/en/contact-portescap • Low noise and long-life carbon brushes • Magneto-resistive enc

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.