EtherCAT Comm. Type 2-Phase Closed Loop Stepper Motor System
AiC-EC Series
Brand:
The AiC-EC series Ai-SERVO closed-loop stepper motors with EtherCAT support offers high compatibility between primary and secondary devices with EtherCAT open protocol. The motor system can control motion of multiple axes simultaneously with 100 Mbps communication speed.
Closed-loop system with real-time position control
High speed and high torque drive without missed steps
Multi-axis simultaneous control with EtherCAT communication
Windows-based software (atMotion) for easy parameter setting and monitoring
7-segment display for alarm/status reading
Built-in brake type motors available
Built-in gear/rotary actuator type motors available
Closed Loop Stepper System SET Scheme
Standard Type
Built-in Brake Type
Built-in Gear Type
Built-in Rotary Actuator Type
Closed Loop Stepper Motor Control
The stepper motor system offers accurate and precise position control through feedback from the integrated encoder without the hassle of tuning and vibration of conventional servo motors.
EtherCAT Communication Control
The AiC-EC series motor system can control motion of multiple axes simultaneously with 100 Mbps communication speed through EtherCAT. The motor system has completed the conformity test by EtherCAT Technology Group to ensure high compatibility between primary and secondary devices.
Motion Control Software Provided (atMotion)
The intuitive user interface of the atMotion motion control software allows users to easily set parameters and monitor data.
Built-in Brake Type Motors Available
The built-in brake type motor and drivers allow stable control of vertical loads. The brakes are located towards the rear and the separate brake connector allows easy connection.
The E3Z-F family has a wide range of standard sensing methods to choose from - through-beam, retroreflective, diffuse, etc. Its M18 nose mount makes installing the sensor in manfucaturing lines easy and its IP69K rating makes this standard sensor robust enough to handle washdown environments.