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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.
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.
Hollow helical gear reducer
Transmission accuracy up to 5-7arc
Some Motors Adopt:
X8-H 1:6
X8 PRO-H 1:6
X6-H 1:6
RMD-X V3 Series Product Manual
Precise Control, Lower Noise, Faster Speeds
High precision planetary
reduction gear
Precise transmission
Stable High-speed Operation
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Summary of Contents for MYACTUATOR RMD-X V3 Series
- Page 1 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.
- Page 2 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.
- Page 3 Product Advantages 1. Multiple protection design: over temperature protection/ over current protection /over voltage protection/ over speed protection. 2. 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. 3.
- Page 4 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.
- Page 5 RMD-X6 V3 1:8...
- Page 6 RMD-X6 V3 1:8 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.
- Page 7 RMD-X8-H V3 1:6...
- Page 8 RMD-X8-H V3 1:6 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.
- Page 9 RMD-X8-Pro-H V3 1:6...
- Page 10 RMD-X8-Pro-H V3 1:6 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.
- Page 11 RMD-X8-S2 V3 1:36...
- Page 12 RMD-X8-S2 V3 1:36 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.
- Page 13 RMD-X10 V3 1:7...
- Page 14 RMD-X10 V3 1:7 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.
- Page 15 RMD-X10 -S2 V3 1:35...
- Page 16 RMD-X10 -S2 V3 1:35 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.
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