Mosrac direct drive torque motors

Planetary integrated robot joint module

A Planetary Integrated Joint Module is a compact and efficient actuator that combines a torquemotor, planetary gearbox, and servo driver in one unit. It delivers strong torque while making it ideal for many types of robotic motion systems.

Learn about torque, precision, andintegration options to improve motion control performance. Perfect for engineers looking forefficient robot joint solutions.

Inductive Encoder

Product selection of planetary integrated joint module

Mosrac provides high-performance planetary joint modules with a range of sizes and torque outputs. The products are categorized into standard and custom types, fully satisfying the different application needs of various users.

ModelRated Torque(nm)Peak Torque(nm)No-load speed(rpm)Rated Speed(rpm)Motor size(mm)Rated Power(w)

Part no. description

Joint Module

A
43
40
X
-2EC
VX.X
48V
Driver Rated Voltage
Default: 24V Driver
48V: 48V Driver
module Version
V1.0: Version 1.0, default
VX.X: X represents 0-9,
indicating the module upgrade version
Encoder
Default: Single encoder
1EC: Single encoder, CAN communication
2EC: Dual encoders (single-turn absolute
position on output shaft), CAN communication
1EE : Single encoder, EtherCAT
communication 2EE: Dual encoders
(singleturn absolute position on output shaft),
EtherCAT communication
Output bearing and versions
X represents letters such as L, P, etc. Default: Deep
Groove Ball Bearing
P: Cross Roller Bearing
L: Lite version, not representing bearing type
Gear Ratio
06、07、09、10、19、40、48
Stator outer diameter
35、43、60、62、80、100(mm)
Product Series
A:joint module Series

Feature Description:

Pole pair identification Line sequence

adaptation

One-click identification of motor parameters Load Adaptation
Automatically identify and configure the number of pole pairsforeasy debugging Automatically identify phase lines to ensure safe debugging and avoid the risk of motor burnout due to incorrect connection and debugging. Automatically identify phase resistance,phase inductance,flux linkage, and moment of inertia motor parameters,and automatically adjust controller parameters. It senses the load and automatically adjusts controller parameters to maintain optimal equipment operation.

Direct drives need high-quality position signals to ensure optimal performance. Perfect measuring signals can enhance the surface quality of machined workpieces, reduce the machine frame's vibrations, minimize velocity-dependent motor noise, and prevent excessive heat generation in the motor.


Mosrac recommends using a magnetic encoder to enhance the accuracy, speed stability, and thermal behavior of direct drive axes. Because there is no mechanical transmission between the encoder and the feed unit, the position signals are not susceptible to inaccuracies or delays.

Custom combinations are available on request and contact us.


Download

Not sure which is the best
solution for your application?

Leave Your Message