DAMIAO

DAMIAO DM-JH14-2EC Motor

Regular price $410.00

Version
Communication Module
Accessory Kit

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Product Information

Application Scenarios

Humanoid Robots
Robotic Arms
Exoskeletons
Quadruped Robots
AGV Vehicles
ARU Robots

Technical Specifications


Parameter Value Value
Model
DM-JH14-51-2EC
DM-JH14-101-2EC
Nominal Voltage 24V (Supports 24–48V) 24V (Supports 24–48V)
Rated phase / supply current 4.89A/1.36A@24V
4.89A/0.69A@48V
4.12A/1.56A @24V
4.12A/0.80A @48V
Peak phase / supply current 13.70A/5.84A@24V
13.70A/2.97A@48V
10.97A/4.04V@24V
10.97A/2.04A@48V
Rated torque 5.4N.M 7.8N.M
Peak Torque 18N.M  28N.M
Rated speed 40rpm 20rpm
Maximum allowable speed 60rpm 30rpm
Reduction Ratio 51:1 101:1
Pole Pairs 10 10
Phase Inductance 170uH (@25°C) 170uH (@25°C)
Phase Resistance 0.243Q (@25°C 0.243Q (@25°C
Outer Diameter 70mm 70mm
Height 70mm 70mm
Center hole dimensions 13mm 13mm
Motor Weight 775g 775g
Encoder Resolution 17-bit 17-bit
Number of Encoders 2 2
Encoder Type Dual encoder (single-turn) Dual encoder (single-turn)
Control Interface CAN@5Mbps (Max)
CAN@5Mbps (Max)
Configuration Interface UART@921600bps
UART@921600bps
Control Modes MIT mode
Speed mode
Position mode
Force-position hybrid control mode
Cyclic synchronous position mode (CSP)
Cyclic synchronous velocity mode (CSV)
Cyclic synchronous torque mode (CST)
MIT mode
Speed mode
Position mode
Force-position hybrid control mode
Cyclic synchronous position mode (CSP)
Cyclic synchronous velocity mode (CSV)
Cyclic synchronous torque mode (CST)
Protection

Drive over-temperature protection: Protection temperature: 100°C. If overtemperature occurs, the motor will exit "enable mode".

Motor over-temperature protection: Set according to usage requirements; recommended not to exceed 90°C. If overtemperature occurs, the motor will exit "enable mode".

Motor over-voltage protection: Set according to usage requirements; recommended not to exceed 54V. If overvoltage occurs, it will exit "enable mode".

Communication loss protection: If no CAN command is received within the set period, it will automatically exit "enable mode".

Motor over-current protection: Set according to usage requirements; recommended not to exceed 0.98. If overcurrent occurs, it will exit "enable mode".

Motor under-voltage protection: If the supply voltage falls below the set value, it will exit "enable mode". The supply voltage should not be lower than 20V.

 

Drive over-temperature protection: Protection temperature: 100°C. If overtemperature occurs, the motor will exit "enable mode".

Motor over-temperature protection: Set according to usage requirements; recommended not to exceed 90°C. If overtemperature occurs, the motor will exit "enable mode".

Motor over-voltage protection: Set according to usage requirements; recommended not to exceed 54V. If overvoltage occurs, it will exit "enable mode".

Communication loss protection: If no CAN command is received within the set period, it will automatically exit "enable mode".

Motor over-current protection: Set according to usage requirements; recommended not to exceed 0.98. If overcurrent occurs, it will exit "enable mode".

Motor under-voltage protection: If the supply voltage falls below the set value, it will exit "enable mode". The supply voltage should not be lower than 20V.