 |
OEM750X -- Fully Integrated Controller and Microstepping Drive for High-Volume Applications
Compumotor’s OEM750X microstepping drive/controller combines the power, performance, packaging, and reliability of the OEM750 with the simple programmability of a built-in, RS-232C based controller. The "X" version is a cost-effective, single-axis control system to meet your high-volume application needs.
Features
Performance
All of the high performance found in the OEM750 plus:
- Built-in stand-alone controller
I/O
- Standard RS-232C serial communications interface
- Incremental encoder support for position tracking, stall detection, and position maintenance
- Three sequence select inputs for program initiation by an external device
- End of Travel and Home inputs
Language
- Simple Compumotor X Language
- Optional 2K bytes of battery-backed RAM to store up to 7 command sequences (-M2 option)
- Address selectable for daisy chaining up to 8 units
Protection
- Short circuit protected—phase-to-phase, and phase-to-ground
- Status/fault LED indicators to confirm proper operation
Protection (continued)
- Power dump circuitry to protect drive from regeneration caused by large inertial loads
- Self-test feature to verify proper system operation
- Overtemperature circuitry protects the drive from thermal damage
- Certified as UL-recognized component
- CE marked with LVD compliance
Physical
- Application-specific integrated circuit (ASIC) and surface mount technology minimize product footprint, overall package size, and increase product reliability
- Removable snap-on molded cover for convenient configuration and protection against contaminants
- Optically isolated fault output for imbedded applications
- Heat plate design allows thermal dissipation through a suitable heat dissipating mounting surface
- Simplified, two-screw mounting
- Right-angle screw terminal allows side-to-side mounting, or Eurorack compatibility
- Overall dimensions 5.0 x 3.6 x 1.6 in.
(127 x 91 x 41 mm)
- Convenient configuration DIP switches
Additional References
|