Product Description
The RS3A05A0AL2 is another servo drive from the industrial manufacturer Sanyo Denki. For deterministic and synchronized motion check, increased frequency response has been incorporated. Furthermore, EtherCAT cycle time have also been included. To provide better motion governance, the speed frequency response has been elevated. The EtherCAT data transmission rate has been cut in half, and the speed frequency response has been doubled in comparison to our existing model.
As a high-performance multi-axis servo system that is distinguished by extraordinarily high dynamics and very fast cycle times, the SANMOTION R Series was presented to the market. One thing that should be investigated into consideration is that the motor current is monitored in cycles of microseconds (μs), and the minimum adaptable cycle time for EtherCAT is 62.5 microseconds (μs). Before being transmitted to the controller by means of EtherCAT, the process's data is often reviewed multiple times all through a single communication session. The utilization of a high-speed sampling mode enabled the development of these capabilities. Continuously monitoring the resistors and servo brake is a critical component of doing preventive maintenance on them. The RS3A05A0AL2 servo drive of the SANMOTION R Series is equipped with a capability that can monitor the holding brake deterioration of the servo motor and send a notification to the engineering or maintenance department via the motion control system.
In addition, the RS3A05A0AL2 servo system monitors its communication and power consumption in order to prevent failures in motion control, which in turn improves maintenance and overall equipment effectiveness (OEE). Thanks to these features, both a failure scan (remote), and preventative upkeep of user equipment are attainable.
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