The Burleigh 6000ULN is a single-axis Inchworm controller engineered for ultra-low noise, open-loop positioning of Burleigh Inchworm motors. It delivers nanometer-scale resolution over millimeters of continuous travel with zero backlash or leadscrew error. The controller operates via manual handset/joystick control or remote TTL and RS-232 automation, making it ideal for applications where external systems manage position feedback.
## Technical Specifications
• **Type:** 1-Axis Inchworm Controller
• **Control Mode:** Open-loop
• **Positioning Resolution:** Nanometer-scale steps
• **Motion Range:** Multiple millimeters continuous travel
• **Backlash:** None
• **Drive Electronics:** Sophisticated PZT (piezoelectric) drive electronics with optimized voltage, current, and timing
• **Performance:** High-speed operation with maintained ultra-high resolution
• **Feedback:** No integrated position feedback; compatible with external feedback systems
• **Limit Switches:** Forward and reverse mechanical limit switches
• **Display:** LED display
## Key Features
• Zero backlash and leadscrew error for repeatable positioning
• PZT actuation for rapid, precise motor control
• Manual speed control via handset: 4–40 nm/sec adjustable range
• TTL-level signal inputs for automated operation
• Simple forward/reverse limit switch architecture
• Designed for scenarios where position measurement is managed externally
## Typical Applications
• Manual positioning via Burleigh 6005 Handset or 6003 Joystick
• Automated control through TTL input signals from external devices
• Systems integrating position feedback in external controllers or computers
• Laboratory and research applications requiring ultra-low electrical noise
## Compatibility & Integration
• **Manual Control:** Burleigh 6005 Handset (single motor, any axis), Burleigh 6003 Joystick
• **Remote Control:** TTL signals, RS-232 protocols, 670 Series Computer Interface
• **Software:** Direct PC control via LabVIEW (Windows 95) or RS-232 communication
• **Power:** Rear panel voltage selector for line voltage matching; high-voltage power requirements
