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PA60-10-39

PA60-10-39

PA Planetary Gear Motor
PA60-10-39 is a Motorevo PA-series integrated planetary joint integrating a brushless motor, planetary reducer, dual encoders and an integrated drive. It delivers 25 Nm rated torque, 76 Nm peak torque and up to 100 rpm, with a total weight of 640 g. It is designed for humanoid robots, quadruped robots and collaborative arms. The standard version does not include a brake. CAN is standard; EtherCAT/CANFD is optional.
79 mm Diameter
62.5 mm Thickness
25 Nm Rated Torque
76 Nm Peak Torque
100 rpm Peak Speed
640 g Weight
Electrical Specifications
Operating Voltage 48 V
Rated Voltage 12-72 V
Rated Torque 25 Nm
Rated Speed 80 RPM
Rated Current 7.5 A(rms)
Peak Torque (>3s) 76 Nm
Peak Speed 100 RPM
Peak Current 25 A(rms)
Torque Constant 3.3 Nm/A
Back EMF Constant - Vrms/Krpm
Speed Constant 81 rpm/V
Motor Constant - Nm/√W
Mechanical Time Constant - ms
Electrical Time Constant - ms
Pole Pairs 14
Winding Connection Delta (Δ)
Phase Resistance 0.7 Ω
Phase Inductance 0.64 mH
Mechanical Specifications
Diameter 79 mm
Thickness 62.5 mm
Weight 640 g
Gear Ratio 39
Backlash 10 Arcmin
Output Bearing Crossed roller bearing
Backdrive Torque 1.2 Nm
Rotor Inertia - g·cm²
Axial Load 6.2 kN
Radial Load 2.7 kN
Control & Communication
Control Bandwidth 2000 Hz
Communication CAN (EtherCAT/CANFD optional)
Encoder Type Mechanical dual encoder
Encoder Resolution 14 bit
CAN Interface XT30(2+2)PW-M
USB Interface SH1.0-4P
Power Interface XT30(2+2)PW-M
Control Modes
Servo Mode ✓
Velocity Mode ✓
Torque Mode ✓
Hybrid Force-Position Mode ✓
Protection
Overvoltage Protection ✓
Overcurrent Protection ✓
Overtemperature Protection ✓
Environment & Reliability
Duty Cycle S2 (short-time duty)
Ingress Protection IP40 (standard; IP54 optional on request)
Cooling Method IC410 (self-cooled)
Operating Temperature -20°C to 50°C
Insulation Class F
Dielectric Strength 500V 1kHz 1A 1ms
Insulation Resistance 100 MΩ @ 20°C
Temperature Sensor NTC MF52B 103F3950
Noise 60 dB / 0.5 m
PA60-10-39 Dimensions
PA60-10-39 Analysis

The 3D teardown is generated from this model’s diameter, thickness, gear ratio and hollow bore. Orbit, explode and inspect 15 components.

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