MUWEIDU L3526 Motor 12V Mini Servo Motor, 15-bit Encoder, RS485 Speed/Position Control for Robotics
MUWEIDU L3526 Motor 12V Mini Servo Motor, 15-bit Encoder, RS485 Speed/Position Control for Robotics
MUWEIDU
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Overview
MUWEIDU L3526 Motor is a mini servo motor in a low-speed, high-precision brushless DC motor series, designed for integrated electric drive applications requiring stable and smooth operation. It supports speed/position control and uses RS485 communication.
Key Features
- Low-speed & high-precision brushless DC motor series (mini servo motors)
- Stable & smooth operation
- Motor temperature monitoring: YES
- Meets the requirements of low-speed and high-precision position control
- Outer rotor multi-stage flattened design delivers higher torque, ideal for space-constrained applications
- Brushless structure combined with high-performance bearings ensures smoother rotation and longer service life
- High-precision, low-temperature-drift alloy resistors realize accurate current sampling and control
- Full N-channel three-phase full-bridge drive features low internal resistance and high current output
- Support seamless switching between torque open-loop, speed and position control modes
Specifications
| Model | L3526 |
| Rated Voltage | 12V |
| Rated Current | 0.79A |
| Peak Power | 6.4W |
| Rated Torque | 0.05 N.m |
| Peak Torque | 0.13 N.m |
| Rated Speed | 1250 rpm |
| Encoder | 15 bit |
| Rotor Inertia | 58 gcm² |
| Motor Temperature Monitoring | YES |
| Control Modes | Speed/Position |
| Communication Protocol | RS485 |
| Overall Dimensions | Φ35 mm × 26 mm |
| Weight | 50 g |
Applications
- Humanoid robots
- Robotic arms
- Exoskeletons
- Quadruped robots
- AGV vehicles
- ARU robots
Manuals
For selection guidance, integration support, or documentation questions, contact support@rcdrone.top or visit https://rcdrone.top/.
Details
Compact mini servo motors are built for low-speed, high-precision motion where smooth, stable operation matters.
An integrated drive design combines an outer-rotor structure, quality bearings, and accurate current sensing for controlled torque output.
RS485 communication and onboard control electronics support speed/position commands with encoder feedback for closed-loop motion control.
Wiring stays straightforward with a labeled CAN/RS485 port, ID switch for bus setup, and clear pin definitions for power and signal.
PC-based tools enable parameter tuning, testing, and firmware updates, with multiple control modes available for different motion tasks.
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