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A General Purpose CNC Controller for Grinding Machines and Profile Grinders |
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INTRODUCTION
CNCplusGTM
is another member of CNCplus CNC family.
CNCplusGTM
is a general-purpose
3-axis PC-based CNC (Computer Numerical Control) system for grinding
machines and profile grinding machines. It is a real-time, multi-tasking,
multi-thread CNC system developed with the latest CNC technology, computer
technology and software technology.
Same as other CNCplus products,
CNCplusGTM
running on Windows 2000 has a
multi-language Man-Machine Interface (MMI). It is an open-architecture CNC
system. The MMI, system inputs / outputs, and even CNC commands and
functions are customizable. The CNC system can be tailored (do it
yourself) for particular job requirements or link the CNC system with
other equipments.
CNCplusGTM
is function-add-on software. It changes neither PC functions nor
functions of Windows 2000. Therefore, other Windows 2000 based software
can run on the PC together with
CNCplusGTM.
CNCplusGTM
provides 22 I/O connections for standard package. Additional I/O
is optional for more inputs and outputs.
CNCplusGTM
has user-friendly programming functions for both beginners and
experienced CNC operators. The software can create tool path curves
automatically according to input guiding curves.
CNC program can be written in a full-screen, multi-document editor, or
generated with graphic input functions, or downloaded from a CAD/CAM
system. CNCplusGTM
works with all major CAD/CAM systems. The most popular
CNC language is used in
CNCplusGTM. It is compatible with FANUC CNC systems. Twin software, CNCplusG Simulator, was developed together with CNCplusGTM. It is an off-line programming tool designed for off-line programming, operator training and CNC education. |
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Basic programming commands
- Motion (G00 ?G03) - Dwell (G04) - Exact stop (G09) - Units (G20,G21) - Reference point returns (G27 ?G30) - Tool radius compensations (G40 ?G42) - Tool length compensations (G43, G44, G49) - Tool offset (G45 ?G48) - Offset parameter specifications (D_____,H____,H99) - Scaling (G50, G51) - Local coordinate setting (G52) - Machine coordinate selection (G53) - Work coordinate selection (G54 ?G59) - Mode Selection (G61, G64) - Coordinate selection (G90, G91) - MACRO instructions (G65) Arithmetic (H01?H05) Logic (H11?H13) Functions (H21?H28) Trigonometry (H31?H34) Conditions (H80?H86) - Feed rate change (F___, M48, M49) - Spindle control (S___, M03 ?M05) - Coolant control (M07 ?M09) - Stop control (M00 ?M02, M30) - Clamp control (M80, M81) - Sub-program calls (M98, M99) - Programmable logic inputs (M500 …extensible) - Customisable outputs (M200? M300…extensible) Features - Six operation modes: Language, Set Up, Editor, View, Teach and Operation. - 22 ?24 on board IOs. Extra IO board is optional. - Connection with control panel is made easy. Input and output is customizable. - Graphic hand wheel for jogging. Mechatronic hand wheel is available. - Feed rate can be overridden on the fly. - Graphic programming by teach-in method. Programming knowledge is not necessary. - Tool path and machining process can be checked with View mode before cutting. - Sub-programs and MACRO- instructions make programming work quick and neat. - Sub programs can be embedded up to 9 levers. - Programmable logical inputs and outputs are extensible and customisable. - Different system parameters for different jobs controlled by project file. - Conventional full screen editor and auto-numbering System. - Backlash compensation and pitch compensation. - Pause, emergency stop and resume functions. - Numerous messages assist operator on-line. - Utility software for system installation and troubleshooting. - Off line programming toolkit for off-line programming, operator training, and CNC education.
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OPERATION MODES SDL Technologies Pte Ltd |