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EYOU PHA14H-101-C Harmonic Drive Robot Joint Actuator, 101:1 CANopen for Robotics

EYOU PHA14H-101-C Harmonic Drive Robot Joint Actuator, 101:1 CANopen for Robotics

EYOU

通常価格 $1,093.00 USD
通常価格 セール価格 $1,093.00 USD
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Overview

The EYOU PHA14H-101-C is a harmonic-drive robot joint actuator with a 101 reduction ratio, built-in driver, CANopen communication, and dual absolute 16-bit encoders. Designed for robotic joints, it provides 9.6 N·m rated torque at 2000 rpm input, 34 N·m peak output torque, and output speeds up to 33 rpm. The selected version is non-braked (N).

Features

  • Built-in driver with power (DC in/DC out) and CAN FD (in/out) interfaces.
  • CANopen communication protocol.
  • Dual absolute encoders: motor side 16-bit and reducer side 16-bit.
  • Control modes: Profile Position (PP), Profile Velocity (PV), Profile Torque (PT), Cyclic Synchronous Position (CSP), Cyclic Synchronous Velocity (CSV), etc.
  • Harmonic reducer with a 101 reduction ratio.
  • Non-braked configuration (B/N: N).
  • Matte black anodized housing and blackened outer reducer ring.

Specifications

Parameter Value
Module Model PHA14
Reducer Type Harmonic
Motor Rated Power 105 W
Motor Rated Torque 0.25 N·m
Motor Peak Torque 0.5 N·m
Reduction Ratio 101
Joint Rated Power - Life Constraint 20 W
Rated Torque at 2000 rpm Input 9.6 N·m
Average Load Torque at Output 13.5 N·m
Peak Torque at Output 34 N·m
Max Allowable External Torque at Output (Instantaneous) 66 N·m
Backlash ≤20 arcsec
Rated Speed at Output - Life Constraint 20 rpm
Peak Speed at Output 33 rpm
Brake (B/N) N
Dimensions (Outer Diameter × Axial) Φ70 × 61.5 mm
Weight 0.645 kg
Hollow Diameter 10.8 mm
Housing Appearance (Process Color) Matte Black Anodized
Reducer Appearance (Process Color) Outer Ring Blackened
Radial (dynamic/static) Allowable Load at Output 270 N
Axial (dynamic/static) Allowable Load at Output 270 N
Output Bending Moment 41 N·m
Reducer Torsional Stiffness 6000 N·m/rad
Reducer Input Inertia 27 kg·mm²
Equivalent Joint Output Inertia 276651 kg·mm²
Rated Operating Voltage 48 VDC
Operating Voltage Range 24–48 VDC
Driver Built-in
Encoder/Bit Dual Absolute / Motor side 16-bit & Reducer side 16-bit
Driver Interface (see terminal model description) Power (DC in/DC out), CAN FD (in/out)
Communication Protocol (see communication description) CANopen
Control Modes Profile Position (PP), Profile Velocity (PV), Profile Torque (PT), Cyclic Synchronous Position (CSP), Cyclic Synchronous Velocity (CSV), etc.
Operating Ambient Temperature -20–60 °C
Housing Temperature Rise ≤60 °C
Noise ≤60 dB
Life >10000 h

Applications

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

Documents

Visual Details

Product Views

EYOU PHA14H-101-C actuator side and mounting-face views
The product is labeled PHA14H-101-C. The actuator housing is marked EYOU and ProServo-HA14H.

Application Examples

PHA lightweight harmonic drive robot actuator lineup
PHA is described as a lightweight harmonic drive robot actuator.

Features and Design

ProServo-HA14H actuator lightweight structure graphic
The ProServo-HA14H is described as using new reducer materials and structural optimization for weight reduction in key parts while maintaining strength and load capacity. The lightweight design is stated to improve robot motion agility and dynamic response, support whole-system weight reduction, and extend battery life.
Robotic actuator heat-dissipation feature graphic
The steady-state temperature rise is stated to be lowered by 2°C under the same conditions. A thermal-simulation-optimized design and black anodized surface finish are stated to improve heat-radiation efficiency.
Robotic actuator motor performance feature graphic
Mass power density is stated to rise by an average of 25%. Torque ripple is stated to be below 5% for smoother, quieter operation.

Additional Product Details

Humanoid robot torso and shoulder-joint illustration
Humanoid robot torso and shoulder joint illustration
Black articulated robotic arm
Black articulated robotic arm against a gray background
Industrial robotic machinery with suction-cup end effector
Industrial robotic machinery with a suction-cup end effector