Views: 22 Author: Site Editor Publish Time: 2023-07-10 Origin: Site
MINAS A6 Series is Panasonic’s latest servo system, delivering high power and precise motion control using compact and robust servo motors paired with advanced multi-function servo drivers. Available in a wide range of speed and power, 30% smaller, and 20% lighter than the previous generation, the MINAS A6 Servo Motors are the top choice for the industrial motion control applications.
Features of MINAS A6 Series
Small and Light
High Torque and Speed
Precise and High-Speed Encoder (23bit, 40 micro-degree turns)
Robust (IP65/67)
Advanced Servo Drivers
The MINAS A6 series motors achieve a 30% smaller footprint and 20% lighter weight in comparison to their equivalent models in previous series without compromising performance. Panasonic’s smallest A6 servomotors are even shorter than a business card.
Thanks to its integrated permanent magnet design (IPM), the A6 series servomotors deliver higher torque and greater maximum speed compared to the previous models, which utilized a traditional SPM magnet design.
The MINAS A6 series servo motors can be controlled with 40 micro-degree turn intervals thanks to their 23-bit encoders, which deliver 8.3 million pulses per revolution. Combined with 2.5 Mbps communication speed, MINAS A6 servo motors can handle high precision industrial motion control applications.
To meet the needs of a wide spectrum of applications, Panasonic has developed MINAS A6 series servo drivers with advanced features including but not limited to:
Different driver types: Pulse, RTEX, and EtherCAT
3.2 KHz Frequency Response
Adaptive Load Control: Determines the best gain settings in response to fluctuations in inertia
Friction Torque Compensation Function: Reduces the effects of machine-related friction by utilizing three friction compensation methods.
Damping Filter function: Reduces axis vibrations and settling times. Useful in low rigidity/low compliance systems
Notch Filter function: Detects and removes resonance frequencies caused by machine vibration
3-Step Gain Function: Achieves lower vibration and quicker positioning
Dynamic Braking Function: Reduces motor deceleration time
Inrush Current Preventive Function: prevents the motor from drawing excess current
Input/output Signal Assignment