QCNC6832 CNC system is a practical and popular CNC system, mainly developed for the equipment requirements of the 3C industry. It is a compact, powerful, simple and intelligent CNC system.
1. Hardware structure
Main control system integration design: The controller integrates the functional signals of commonly used CNC machine tools, which can meet the complex signal requirements of the machine tools. At the same time, the highly integrated structural design greatly ensures the performance quality of the CNC system.
The operation panel adopts a 10.4LCD "color display with a resolution of 800X600, and integrates the display, CNC keyboard, and operation panel into one;
2. Main technical performance indicators:
Maximum number of control axes: 6
Number of linkage axes: 4
Main frequency: 1.66GHz
Digital input/output: 30/16
Servo control cycle 125us (non adjustable)
Control cycle 250us (non adjustable)
Analog output range: -10V~+10V
Pulse output: 1MHz
3. Main features of the system
Supports clamp arm, disc type tool magazine, and servo tool magazine
WinCE6.0 operating system, with good real-time performance, stability, and reliability
Custom G/M code with good scalability, suitable for dedicated aircraft
Integrated control of image, loading and unloading, and processing, providing better operability, real-time performance, and an economical complete solution
A reconfigurable hardware platform, with options for human-machine interaction including button based panels, touch screens, and handheld boxes. The main control unit can be optionally equipped with network type and pulse/analog type. Bus type expansion module can reach up to 256 DO/DI channels
Based on an open CNC control system platform and HMI/NC/PLC independent module design, users can quickly build specialized systems by developing interfaces, macro commands, logic, and other features on the platform
6-way pulse/analog output interface, can be connected to third-party drive systems, flexible and convenient
4. Main software functions
Powerful trajectory optimization component
Forward looking pre-processing component
Bidirectional pitch error compensation function
Reverse gap compensation function
Verticality error compensation component