Mosrac direct drive torque motors

Harmonic integrated servo robot joint module

The integrated servo robot joint module from Mosrac delivers stable performance and an exceptional price-performance ratio. It is widely utilized across various sectors of industrial robotics, including collaborative robotic arms, medical devices, industrial modules, and smart manufacturing. Furthermore, it holds an irreplaceable role in humanoid robotics within service, education, and entertainment.

integrated servo joint module

Schematic diagram of the integrated robot joint module structure

Full-hardware FOC technology utilizes chip-level FPGA development and features a 20kHz triple-loop control frequency for rapid response. It is equipped with a 16-bit ADC operating at a 1MHz sampling rate and dual 19-bit encoders for high-precision motion control. Additionally, it includes a power-off brake, a hollow shaft for internal wiring, and supports EtherCAT and CANopen protocols.


Schematic diagram of the integrated joint

Product Parameters

ModelH08-40H11-52H14-70H17-80H20-90H25-110
Motor TypeInner Rotor Torque Motor
Diameter40mm52mm70mm80mm90mm110mm
Inner Diameter4.6mm6mm14mm18mm
Weight with brake
/without brake
None /185g495/434g1108/1023g1350/1223g1991/1960g3098/2927g
Backlash15arcsec
Noise<70db
Temperature Range-20~80°C
Operating Voltage24~36v24~48v
Rated Power36W120W200W250W500W
Gear Ratio51/10181/121
Rated Speed60rpm/30rpm38rpm/25rpm
Rated Torque1.0nm1.6nm3.5nm6.8nm12nm14nm22nm38nm52nm55nm96nm144nm
Peak Torque2.8nm3.5nm6.8nm13nm38nm45nm52nm66nm104nm110nm206nm220nm
Encoder Accuracy19bit
Encoder TypeDual Magnetic Encoder
ModelDiameter(mm)ID(mm)Voltage(v)Rated Power(w)Rated Torque(nm)Rated Speed(rpm)

Drawing

H0840
H1152
H1470
H1780
H2090
H25110

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The U-series, FE series, and FI series stator-rotor kits represent Mosrac's consistent evolution of the previous generation's torque motor series. Delivering excellent overload capabilities, high torque density, and maximum precision, these kits are built to fit seamlessly into compact spaces. They are widely used for demanding applications such as medical technology, robotics, mechanical engineering, tools, etc.


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