High Performance Stepper Drives with Advanced Features and Control Options Available in 200 VAC Models

Applied Motion Products’ family of STAC6 High Performance Stepper Drives are now available in 220 VAC models.  

According to the ...
February 21, 2007—Applied Motion Products’ family of STAC6 High Performance Stepper Drives are now available in 220 VAC models.

According to the company’s press release, the drives offer advanced features to provide absolute maximum performance benefits from a stepper motor, and provide software selectable resolutions from 200 to 51,200 steps/rev. at speeds up to 50 rps.

In addition, self-test and auto setup features measure and configure motor parameters automatically, while anti-resonance technology eliminates mid-range instability for higher motor speeds and fuller use of available torque.

Demand signal smoothing can reduce extraneous system resonance for smoother motor performance and reduced wear on mechanical components.

Torque ripple smoothing adjusts the current waveform to reduce low speed torque ripple for smooth motion at low motor speeds.

Additionally, MicroStep emulation provides motion capabilities for systems that require low step resolutions, such as retrofit systems with controller resolution that is fixed at a low value and cannot easily be changed.

Two integral control options are available, including an intuitive graphical programming language as well as a comprehensive high-level language for precise control of all drive features. The drive can be configured from a drop-down menu, or the user can create custom motor configurations if desired.

In applications requiring an encoder, the STAC6 offers a stall detect that can trigger a fault output when a motor has not reached its programmed position, a position maintenance to hold the motor position firm even when external forces are trying to move it out of position, and stall prevention where the drive will work to end the desired move with new parameters.

Applied Motion Products Co.
Phone: 
(831) 761-6555
Email: 
mconnor@applied-motion.com