The XRC 2001 controller features factory-proven, advanced 32-bit RISC distributed architecture and digital servo drives. The RISC processor delivers higher performance than Pentium-based controllers. The XRC 2001’s safety circuitry features dual hardware architecture to meet the “control reliable” safety performance requirements of the ANSI/RIA 15.06-1999 standard.
An award-winning, lightweight, ergonomically designed programming pendant with a three-position safety switch simplifies programming. The pendant supports Windows®-like menus on a graphical 5.7-inch LED user interface with cross cursor keys. An RS-232C interface is provided for FC1/FC2/FDE communication.
Motoman’s industry-leading INFORM II language is icon-driven and easy-to-use. Application-specific software include a powerful instructions set that simplifies programming.
The XRC 2001 features a patented method for programming and control of multiple robots (U.S. patent 5,889,924). It offers unmatched capability for control of up to four robots. The XRC 2001 features built-in collision avoidance, including a definition of the entire robot and its end-of-arm tool. Multiple robot control also minimizes cost and facilitates “jigless” processing – one robot conveys and positions parts for processing by up to three additional robots, all controlled by one XRC 2001 – providing the ultimate form of flexible automation. Motoman’s XRC 2001 robot controller, offers flexibility, high performance, open communication, and award-winning ergonomic design.
Features & Options
- 32-bit RISC architecture and digital servo drives
- Patented multiple robot synchronous control
- Compliant with R15.06-1999 ANSI/RIA standard
- Manual brake release switch
- INFORM II language with icon-driven interface
- UL- and CSA-listed fusible disconnect switch, circuit breakers, circuit protectors, servo power conductors, and line filters
No comments:
Post a Comment