MYACTUATOR Manuals & User Guides
MYACTUATOR specializes in high-precision integrated servo motors, robotic joint modules, and brushless DC actuators for robotics, drones, and industrial automation.
About MYACTUATOR manuals on Manuals.plus
MYACTUATOR (Suzhou Micro Actuator Technology Co., Ltd.) is a manufacturer dedicated to the research, development, and production of high-performance robotic actuators and control systems. Based in Kunshan, China, the company provides integrated solutions that combine reducers, motors, and drivers into compact, high-torque modules tailored for advanced robotics. Their flagship RMD series of joint modules is widely used in collaborative robot arms, quadruped robots, exoskeletons, and automated guided vehicles (AGVs).
The company focuses on delivering precise motion control through technologies such as dual-encoder feedback, force-position hybrid control, and robust communication protocols like CAN BUS and EtherCAT. MYACTUATOR serves a global market, offering developers and engineers highly integrated actuating components that simplify mechanical design and enhance system reliability. In addition to hardware, they provide specialized debugging software and technical support to ensure seamless integration into complex automation projects.
MYACTUATOR manuals
சமீபத்திய கையேடுகள் manuals+ இந்த பிராண்டிற்காக வடிவமைக்கப்பட்டது.
MYACTUATOR BLDC Inner Rotor Frameless Motor Instruction Manual
MYACTUATOR RMD-X4-10 ஸ்டீல் ரிடூசர் மைக்ரோ மோட்டார் உயர் துல்லிய பயனர் கையேடு
MYACTUATOR RH தொடர் கூட்டு தொகுதி அறிவுறுத்தல் கையேடு
MYACTUATOR MT-RH-20-100-B அமைவு மென்பொருள் வழிமுறை கையேடு
MYACTUATOR RMD தொடர் மோட்டார் தொகுதி உரிமையாளரின் கையேடு
MYACTUATOR RMD-X4-P36-24 RMD தொடர் மோட்டார் அறிவுறுத்தல் கையேடு
MYACTUATOR RMD-X V3 தொடர் பிரஷ்லெஸ் DC சர்வோ மோட்டார் டூயல் என்கோடர் அறிவுறுத்தல் கையேடு
MyActuator RMD-L தொடர் சர்வோ மோட்டார் பயனர் கையேடு
MYACTUATOR MC தொடர் பிரஷ்லெஸ் சர்வோ டிரைவர் பயனர் கையேடு
MC தொடர் பிரஷ்லெஸ் சர்வோ டிரைவர் கையேடு
X8-120 Interface and Accessories Overview
MT-RH32-V1-B Hollow Harmonic Reduction Motor with Brake Technical Specification
RH-20B-V1 Harmonic Joint Module Motor Technical Specification
Harmonic Joint Module Motor RH-17B-V1 Technical Specification
MyActuator MT-RH25-V1-B Hollow Harmonic Reducer Motor Specifications
MT-RH25-V1 Harmonic Reducer Motor Technical Drawing
MT-RH32-V1 Hollow Harmonic Reducer Motor Dimensional Drawing
MyActuator X4-36 Interface and Accessories Guide
RH-32 Actuator Interface and Accessories Guide
MyActuator X2-7 Interface and Accessories Guide
MyActuator X8-32 Interface and Accessories Guide
MYACTUATOR manuals from online retailers
Myactuator RMD-X6 Gear Ratio 1:8 V3 Micro Servo Motor User Manual
Myactuator RMD-X12-320 Series DC Brushless Motor Instruction Manual
MYACTUATOR support FAQ
இந்த பிராண்டிற்கான கையேடுகள், பதிவு மற்றும் ஆதரவு பற்றிய பொதுவான கேள்விகள்.
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Where can I download the latest manuals and software for MYACTUATOR products?
The latest user manuals, 2D/3D drawings, and configuration software can be downloaded from the official MYACTUATOR webபதிவிறக்கங்கள் பிரிவின் கீழ் தளம்.
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What is the warranty period for MYACTUATOR motors?
Users who purchase products enjoy a free warranty service within one year from the day after receipt, covering manufacturing defects. Man-made damage or unauthorized disassembly voids the warranty.
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What power supply precautions should be taken for the RMD series motors?
When using a switching power supply or laboratory source, it is recommended to add capacitors to handle energy return during braking. Using a battery power supply is often preferred to handle voltage fluctuations and prevent driver protection shutdowns.
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What is the positioning accuracy of the MYACTUATOR RMD series?
The RMD series typically uses 14-bit magnetic encoders. Depending on the specific model and calibration, the angle accuracy generally ranges from 0.1 to 0.2 degrees.
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Can the motors rotate continuously in servo mode?
Yes, if the target position command exceeds ±180 degrees, the motor can rotate multiple turns. However, most models only feature single-turn memory, so absolute position may reset after a power cycle if outside the single-turn range.