Product Overview
The 1000TA is a second-generation lathe CNC developed by re-engineering both the software and the hardware of the earlier 10T platform. It combines a 32-bit embedded CPU with a large-scale FPGA and applies real-time multitasking control together with hardware interpolation to achieve micron-level motion control. High integration, straightforward operation, a complete instruction set and a dedicated acceleration/deceleration and interpolation algorithm deliver high speed, high accuracy and high reliability at a very competitive price, making it the first choice for economical CNC lathes.
Key Functions
- X, Z and Y feed axes with 3-axis simultaneous interpolation; Y-axis type is user-definable
- 1 ms interpolation cycle, 1 µm control resolution, 0.1 µm optional
- One 0-10 V analogue spindle output
- Linear and exponential acceleration/deceleration selectable for cutting feed
- Statement-format macro programming with parameterised macro calls
- Metric and inch programming with automatic tool setting
- Multi-level password protection for equipment management
- 16 general-purpose inputs and 16 outputs
- Input and output points reassignable through M codes
- USB port for flash-drive file operation, system configuration and software upgrade
- Alarm history and operation log for maintenance and traceability
Technical Specifications
Feed axes: minimum command unit 0.001 mm or 0.0001 mm selectable (0.01 mm also available for the additional Y axis); position command range ±99999999 x minimum command unit; rapid traverse up to 60 m/min at 1 µm resolution and 24 m/min at 0.1 µm; rapid override F0, 25%, 50%, 100%; feed override 10%-150% in fifteen real-time steps; electronic gearing with command multiplication and division factors of 1-8192; handwheel feed at x1, x10, x100, x1000.
Spindle: one 0-10 V analogue output; one spindle encoder feedback channel with line count selectable from 100 to 5000 p/r; speed commanded by S code or mechanical gear in four steps S1-S4 within 0-9999 r/min; spindle override 50%-120% in eight real-time steps; G96 constant surface speed control.
Tooling: tool length compensation; tool-nose radius compensation (type C); tool change in MDI, automatic or manual relative mode; tool setting by fixed point, trial cut or reference-point return; offset execution as coordinate shift or tool movement.
Acceleration and deceleration: exponential or linear for cutting feed; S-curve pre-acceleration for rapid traverse; exponential or linear for thread cutting; start speed, end speed and acceleration time constants set by parameter.
Accuracy compensation: backlash compensation on both X and Z axes; memorised pitch-error compensation on both X and Z axes.
Threading: single and multi-start threads, straight, tapered and face threads, constant and variable pitch; high-speed thread retract with configurable retract length, angle and speed characteristic; pitch range 0.001-500 mm or 0.06-2540 threads per inch.
PLC: two-level execution at 1.5 µs per basic instruction, up to 4700 steps, level-1 scan period 8 ms; PLC warnings and alarms; 45 instructions (10 basic, 35 functional); 16 inputs / 16 outputs.
Loading and unloading: user-defined output function via M80 (open) / M81 (close) for L0-L7, mapped by default to outputs Y1.0-Y1.7 and reassignable; user-defined detection via M82 (high) / M83 (low) for L0-L7, mapped by default to inputs X1.0-X1.7 and reassignable.
Programme editing: 56 MB memory for 400 programmes including sub-programmes and macros; ISO code with statement-format macros; relative, absolute and mixed coordinate programming; parameterised macro calls with four-level sub-programme nesting.
Operation and display: Edit, Auto, MDI, Machine Zero Return, Handwheel/Single Step and Manual modes; 7-inch full-colour digital LCD at 800 x 480; 2D tool-path graphics; multi-level operation authority; alarm log and real-time clock.
