Trust Automation has introduced the TA600 4-axis stand-alone Motion Controller for use with brushed, brushless, and stepper motor drives. The TA600 controller optimizes the performance and reliability of motion systems through the use of dual processors. For application program execution, host communication, and general I/O controls, a high-speed micro controller is used. For motion specific tasks, a DSP processor is used. This allows each processor to operate in its area of greatest reliability and highest performance. Fully C language programmable, the TA600 firmware uses an application proven 3-letter command set, user programmable macros, Enable, Fault, Home, and Limit levels. It also features an integrated Emergency Stop circuit for active or passive control of the system's safety features. The TA600 controller is applicable for gantry robots, pick-and place, assembly, inspection, automation, laser & watercutting, and medical applications such as surgical robots. Optional dual Digital-to-Analog Converters (DACs, two per axis) provide for sinusoidal commutation of motors resulting in smooth motion, especially when used with high performance brushless linear motors. Additionally, sinusoidal commutation of stepper motors results in performance similar to brushless rotary motors. Trust Automation San Luis Obispo, CA trustautomation.com
Explore the September October 2006 Issue
Check out more from this issue and find your next story to read.
Latest from Today's Medical Developments
- Stryker’s flexible syndesmotic fixation device stabilizes ankle injuries
- Mergers & acquisitions news: MGS, Quantum Surgical bolster medtech portfolios
- Exchangeable-head solid carbide cutting tools
- NextDent 300 MultiJet printer delivers a “Coming of Age for Digital Dentistry” at Evolution Dental Solutions
- Get recognized for bringing manufacturing back to North America
- Adaptive Coolant Flow improves energy efficiency
- VOLTAS opens coworking space for medical device manufacturers
- MEMS accelerometer for medical implants, wearables