| Axes: | 4 axes | ||
| Resolution: | 50,000 micro steps per motor revolution for a 200-step motor | ||
| Motor speed: | max. up to 40 s-1 | ||
| Motor current: | [A] [V] | max. 6 A (12 A) per motor phase, 55 V operating voltage | |
| PC connection: | RS 232 interface, data transmission rate up to 57,600 Baud CAN-interface (Ethernet LNC compact) | ||
| Limit switch: | [V] | Two limit switch inputs per axis, 0 - 2.7 V = active, 7.5 - 30 V = inactive (Ri = 10 kÙ) | |
| Inputs: | [V] | 16 digital inputs (L = 0 - 2 V; H = 8 - 30 V) | |
| Outputs: | [A] | 16 digital outputs (0.5 A; 11.4 - 30 V short circuit-proof) | |
| User interface: | Win-Commander high-performance instruction set, compatible with the positioning systems of the LSTEP series LDriver for LNC compact | ||
| API: | DLL-interface for Delphi, Visual C++, Visual-Basic and LAB-View for LSTEP-44 | ||
High-resolution 4-axis track control for engraving and milling machines or e.g. dispensing machines. The dynamic micro step operation enables fast and high precision feed rates.
LANG stepping-motor controller systems offer the highest possible process security and flexibility with its combination of electronic control engineering and software tools.
The modern controller LNC compact combines power supply, amplifier for four axis, and various analog and digital I/O on one board. In addition to the unique features of the LNC compact, other highlights of this machine controller are the small housing and the new smaller design. The LNC continuous path control is equipped with a 16 Bit controller with integrated PC104-CPU, which one allows a resolution up to 51.200 micro steps per motor revolution. The maximum speed was also improved significantly and it was increased up to 6 m / min. With motor current of 4x 6A or alternatively 2x12A + 2x2A powerful motors can be driven. The new security concept includes a speed control, which one limits the maximum speed to 2m/min during set-up mode. Because of the separate motor- and limit switch inputs a EMC safe cabling is realizable.