MYACTUATOR RMD-X V3 Series Brushless DC Servo Motor Dual Encoder Instruction Manual
- June 2, 2024
- MYACTUATOR
Table of Contents
- MYACTUATOR RMD-X V3 Series Brushless DC Servo Motor Dual Encoder
- Product Information
- Product Usage Instructions
- Recording Function
- Product Advantages
- Various Applications
- PRODUCT PARAMETERS
- PRODUCT PARAMETERS
- PRODUCT PARAMETERS
- PRODUCT PARAMETERS
- PRODUCT PARAMETERS
- PRODUCT PARAMETERS
- Documents / Resources
MYACTUATOR RMD-X V3 Series Brushless DC Servo Motor Dual Encoder
Product Information
Specifications:
- Compact Size, Lightweight Design
- High Integration for various industries
- Hollow helical gear reducer with transmission accuracy up to 5-7arc
- High precision planetary reduction gear for stable high-speed operation
- Encoder with multi-turn angle for accurate control and uninterrupted performance
- New V3.0 Debugging Software for real-time data waveform display and simple control
- Supports installation of a second encoder for higher control accuracy
- Superior hardness for durability under various working conditions
- High torque capability for precise control over heavy loads
Product Usage Instructions
Installation:
Follow the manufacturer’s guidelines to install the servo motor securely in
your application. Ensure proper alignment and connection to the power source.
Debugging with V3.0 Software:
Use the provided V3.0 Debugging Software to tune parameters,test
functionality, and upgrade firmware. Monitor real-time data and control status
on your PC for efficient troubleshooting.
Encoder Installation:
If needed, install a second encoder for higher control accuracy,especially in
robotic arm applications. Follow the instructions for proper installation and
calibration.
Thermal Balance Point:
Consider the provided thermal balance point data for setting the rated working
range based on ambient temperature and heat dissipation conditions to ensure
optimal performance.
Applications:
Utilize the servo motor in various applications such as industrial machinery,
robotics, and automotive systems for reliable and precise motion control.
Frequently Asked Questions (FAQ)
Q: Can the servo motor be used in high-speed applications?
A: Yes, the servo motor is designed for high-speed operation with stable
performance.
Q: Is it necessary to install a second encoder?
A: Installing a second encoder is optional but recommended for
applications requiring higher control accuracy, such as robotic arms.
Q: How can I ensure proper thermal management for the servo motor?
A: Follow the thermal balance point guidelines provided in the manual to
set the rated working range based on ambient temperature and heat dissipation
conditions.
RMD-X V3 Series Product Manual
Compact Size, Lightweight Design, High Integration
The RMD-X V3 series servo motors meet the different demand for motor solutions
in various industries. With their reduced dimensions and weight, these motors
offer significant advantages in terms of space utilization and overall system
efficiency.
Precise Control, Lower Noise, Faster Speeds
Designed to meet the demands of industries, these motors offer unparalleled
performance and reliability.
Experience a quieter working environment as our servo motors boast
significantly reduced noise levels. Whether you’re in manufacturing or
automation, these motors will keep up with your high-speed requirements
without compromising precision.
Worried about overheating? Rest assured that our servo motors are engineered to minimize heat generation. This not only prolongs their lifespan but also enhances safety by preventing potential malfunctions due to excessive heat buildup.
Recording Function
Encoder with multi-turn angle, mechanical positioning for accurate control.
Gone are the worries of power outages affecting your control systems,
providing uninterrupted performance when you need it most.
Whether you’re in manufacturing, robotics, or any industry that requires
precise control over motion and position, our Servo Motor can meet your
expectations. Its unrivaled accuracy allows for seamless integration into a
wide range of applications.
New V3.0 Debugging Software, Real-time Date Waveform Display Simple Control: Tuning parameters, testing, firmware upgrade. Graphic reading of real-time data. Control PC real-time monitoring status and data. Collect data from sensors and other devices, analyze and process valuable information.
Product Advantages
- Multiple protection design: over temperature protection/ over current protection/over voltage protection/ over speed protection.
- More stable operation: The new pad structure is more stable. The connection is more stable, and the interface is easy to be damaged after long-term use.
- Means of communication: CAN BUS:500K/1M
- Double bearing structure: better compression/shock resistance (performance increase by 20%)
- Support remote update, update the latest firmware at any time.
- Can be customized personality command.
- Support temperature sensor, temperature can be read in real time.
- Support to install second encoder, higher control accuracy. No fear of power after the Angle changes again. Suitable for robotic arm application scenarios.
Various Applications
The superior hardness of our servo motor guarantees long-lasting durability
under various working conditions. Additionally, the high-speed capabilities
enable rapid response times for enhanced productivity. Its high torque
capability allows for precise control over heavy loads while maintaining
smooth motion.
Featuring a compact design and robust construction, this servo motor ensures
reliable operation even in demanding environments, our servo motor is
engineered to meet your specific needs.
With its advanced technology and superior performance, our electric motor is
suitable for various applications such as industrial machinery, robotics,
automotive systems, and more. Trust in its reliability to meet your specific
needs.
Whether you need precise control in robotics or automation systems or seek a
reliable solution for industrial machinery, our servo motor offers the perfect
combination of high performance and durability.
RMD-X6 V3 1:8
PRODUCT PARAMETERS
Thermal balance point: The above thermal balance point data are measured by our company under the ambient temperature of 24 degrees Celsius (no other heat dissipation method) and temperature rise of 60 degrees. Users need to set the rated working range reasonably according to the test environment temperature and heat dissipation conditions.
MOTOR CHARACTERISTIC CURVE
RMD-X8-H V3 1:6
PRODUCT PARAMETERS
Thermal balance point: The above thermal balance point data are measured by our company under the ambient temperature of 24 degrees Celsius (no other heat dissipation method) and temperature rise of 60 degrees. Users need to set the rated working range reasonably according to the test environment temperature and heat dissipation conditions.
MOTOR CHARACTERISTIC CURVE
RMD-X8-Pro-H V3 1:6
PRODUCT PARAMETERS
Thermal balance point: The above thermal balance point data are measured by our company under the ambient temperature of 24 degrees Celsius (no other heatdissipation method) and temperature rise of 60 degrees. Users need to set the rated working range reasonably according to the test environment temperature and heat dissipation conditions.
MOTOR CHARACTERISTIC CURVE
RMD-X8-S2 V3 1:36
PRODUCT PARAMETERS
Thermal balance point: The above thermal balance point data are measured by our company under the ambient temperature of 24 degrees Celsius (no other heat dissipation method) and temperature rise of 60 degrees. Users need to set the rated working range reasonably according to the test environment temperature and heat dissipation conditions.
MOTOR CHARACTERISTIC CURVE
RMD-X10 V3 1:7
PRODUCT PARAMETERS
Thermal balance point: The above thermal balance point data are measured by our company under the ambient temperature of 24 degrees Celsius (no other heat dissipation method) and temperature rise of 60 degrees. Users need to set the rated working range reasonably according to the test environment temperature and heat dissipation conditions.
MOTOR CHARACTERISTIC CURVE
RMD-X10 -S2 V3 1:35
PRODUCT PARAMETERS
Thermal balance point: The above thermal balance point data are measured by our company under the ambient temperature of 24 degrees Celsius (no other heat dissipation method) and temperature rise of 60 degrees. Users need to set the rated working range reasonably according to the test environment temperature and heat dissipation conditions.
MOTOR CHARACTERISTIC CURVE
Documents / Resources
|
MYACTUATOR RMD-X V3 Series Brushless DC Servo Motor Dual
Encoder
[pdf] Instruction Manual
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Motor Dual Encoder, Motor Dual Encoder, Dual Encoder, Encoder
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