|
|
|
| home | products | how to buy | support & downloads | literature | search |
Compumotor Division, North America: Home > Literature > Catalog | |
The Gemini GT Digital Stepper Drive The Gemini GT is the digital stepper drive member of the Gemini Family. The Gemini GT is easily configurable and programmable via RS232/485 using Compumotor’s Motion Planner TM on a PC or Pocket Motion Planner TM on a Window’s CE-based palm PC. The Gemini GT is an alternative to a digital servo drive. With breakthrough techniques such as Encoderless Stall Detect TM and ABS damping TM (patents pending), the Gemini GT provides servo like performance with the lower motor price of a stepper system. With the same connectivity, configurations, and family feature set as the Gemini GV, the Gemini GT allows for an easy upgrade path to the Gemini GV digital servo drive. Active Damping TM, Electronic Viscosity TM and ABS Damping TM The Gemini GT follows in the footsteps of Compumotor’s ZETA drive family and offers Active Damping TM (patented) and Electronic Viscosity TM (patent pending). The Gemini GT goes one step further with ABS Damping TM (patent pending). This damping feature is for speed ranges from 0 to 0.1 revs/sec. This "no-fuss" feature requires no user set up and dramatically reduces settling time. Encoderless Stall Detect TM Encoderless Stall Detect TM allows detection of a motor stall without adding an encoder to an application. Stall conditions result from inequality of commanded velocity to actual velocity at the motor shaft, regardless of physical reason. The user will be alerted to a stall condition via LED, digital output, or via query over the communication port. Stall sensitivity can be adjusted with a single parameter. Features Gemini GT Performance
Gemini GT Protection
Gemini GT Physical
Gemini Family Features
|
|
|
Parker Hannifin Corporation, Compumotor Division,
5500 Business Park Drive, Rohnert Park, CA 94928
707-584-7558 or 800-358-9068 Email: Technical Support | ||||
|
|
Privacy Policy © Copyright Parker Hannifin Corporation 2003 | ||||