Sigma-7 Servopacks with built-in Controller
The Sigma-7 C is Dual Axis Servopack Amplifier with a built-in Controller. It supports a broad range of Interface options and offers a comprehensive power range. Of course it also offers the safety features, high performance and high accuracy the Sigma-7 Series is well known for. With an advanced set of servo tuning algorithms it offers world class vibration suppression, ripple and friction compensation, advanced autotuning and tuning-less commissioning right out of the box, among other things.
read_moreSigma-7 Single Axis Servopacks
- Single Axis Amplifier for linear and rotary motors
- SIL 3 for STO, PL-e CAT 3
- Speed frequency response: 3.1kHz
- Advanced Safety functions SS1, SS2, SLS
- Feedback options
- Ripple compensation, vibration, suppression, etc.
Sigma-7 Dual Axis Servopacks
- Dual axes amplifier for linear and rotary motors
- SIL 3 for STO, PL-e CAT 3
- Speed frequency response: 3.1kHz
- Advanced Safety functions SS1, SS2, SLS
- Feedback options
- Ripple compensation, vibration, suppression, etc.
Sigma-X Single-Axis Servopacks
The SGDXS EtherCAT SERVOPACK integrates seamlessly with the iCube Control as part of Yaskawa’s iCube Mechatronics concept.
read_moreSigma-X Triple-Axis Servopacks
The SGDXT three axis EtherCAT SERVOPACK integrates seamlessly with the iCube Control as part of Yaskawa’s iCube Mechatronic concept.
The amplifier offers the user a variety of useful data that can be used to visualize and analyze production. The Sigma-X SERVOPACK technology adds 3.5 kHz bandwidth to improve speed and precision. Yaskawa’s advanced servo tuning algorithms include world-class vibration suppression, ripple and friction compensation, advanced autotuning, and tuning-less commissioning right out of the box. The SGDXT SERVOPACK supports Yaskawa’s full line of rotary, linear, and direct drive servo motors.
read_moreSigma-X Double-Axis Servopacks
The SGDXW dual-axis EtherCAT SERVOPACK integrates seamlessly with the iCube Control as part of Yaskawa’s iCube Mechatronics concept.
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