GSK 980MDc-wodsaw Guangzhou CNC Numerical control system of woodworking saw machine
Negotiable
Min.Order:1
Minimum control accuracy 1 μ m. Maximum moving speed 60m / min; |
Built in PLC, ladder diagram online display, real-time monitoring, and support I / O unit expansion; |
Be able to read the graphics in CAD files, display and process the graphics; |
Synchronous control function of saw blade; |
The interface displays the blade direction position, which is convenient for users to monitor; |
Support graphic track display; |
USB file transfer; |
40m program storage space, 10000 part programs; |
Level 6 operation authority management, 32 time limited shutdown settings; |
8.4-inch true color LCD, support Chinese, English and other multilingual display, standard gs2000t-n series strong overload servo unit, and 5000 line encoder is used for servo motor position feedback; |
project | Specifications |
Special software version | V 3.03wodsaw |
essential information | Coordinate plane selection |
Position command range: ± 9999999 × Minimum input unit | |
Absolute / incremental programming, English / metric conversion, linear axis / rotary axis | |
Preparation function | It has fast positioning, linear / circular interpolation, metric and British system input, sentence macro instruction, macro program call, jump, cycle instruction, etc |
Feed function | Fast moving speed: μ Grade (is-b) 0 mm / min ~ 60000 mm / min |
Fast magnification: F0, 25%, 50% and 100% four levels of real-time adjustment | |
Cutting feed rate: μ Class (is-b) 0 mm / min ~ 30000 mm / min | |
Feed rate: 0 ~ 150%, 16 levels in total, real-time adjustment | |
Fast moving acceleration and deceleration: linear type; Cutting feed acceleration and Deceleration: exponential type and linear type; The start speed, end speed and acceleration and deceleration time of acceleration and deceleration are set by parameters | |
CAD file reading and processing | Able to read and display CAD file information |
It can carry out simple post-processing of CAD files | |
Spindle function | Spindle speed: it can be given by s code or PLC signal, and the speed range is 0RPM ~ 9999rpm |
Spindle magnification: 50% ~ 120%, a total of 8 levels of real-time repair and adjustment | |
2 channels of 0V ~ 10V analog voltage output | |
One channel of spindle encoder feedback, and the number of spindle encoder lines can be set (0 or 100p / R ~ 5000P / R) | |
Auxiliary function | Special m codes (M00, M01, M02, M30, M98, M99), and other m codes are defined by PLC |
PLC function | Two level PLC program, 5000 steps at most, and the refresh cycle of level 1 program is 8ms |
13 basic commands and 31 functional commands | |
PLC program online display and real-time monitoring; Support PLC warning and PLC alarm | |
Multiple PLC programs can be stored, and the currently running PLC program is selected by parameters | |
Basic I / O: 41 inputs / 36 outputs | |
Expandable serial I / O unit (optional): ioa-01t: 24 point input, 16 point output, 4-channel analog voltage output | |
IOA-02T:40 point input, 24 point output, 8-Channel analog voltage output and 4-channel analog voltage input | |
Program storage and editing | Program capacity: 40m, 10000 programs (including subroutines and macro programs) |
MDI allows you to input and run 8 program segments | |
Support macro program / subroutine calling, and allow 4-fold subroutine nesting | |
Program check function | Graphic simulation, idle operation, machine tool lock, auxiliary function lock, single section operation |
interface | 8.4-inch true color LCD, 7 soft function keys |
Support Chinese, English and other languages | |
The processing track is displayed, and the processing track is enlarged, reduced, translated and the viewing angle is switched in real time | |
Position, program, tool compensation, alarm, parameter, setting, graphics, diagnosis, ladder diagram | |
Operation management | Operation mode: edit, automatic, input, mechanical zero return, manual pulse / single step, manual, DNC |
Level 6 operation authority management, program switch and parameter switch | |
32 time limited shutdown | |
Communication function | USB: USB flash disk file operation, support PLC program and system software USB flash disk upgrade |
RS232: bidirectional transmission of part programs, parameters and other files, supporting PLC program update | |
Safety function | Emergency stop, hardware travel limit, software travel check, data backup and recovery |
Electrical interface | 5 control axes (including axis C), 2 analog voltage outputs, 1 encoder feedback input, 1 electronic handwheel input (supporting handheld electronic handwheel), 1 RS232, 1 USB-H, 41 input / 36 output |
Overall dimension | Gsk980mdc (wide) × (high) × (deep) |
420×260×150㎜ |
Instruction list | ||||||||||
code | function | code | function | code | function | |||||
*G00 | Positioning (fast moving) | G53 | Select machine coordinate system | *G94 | Feed per minute | |||||
G01 | Linear interpolation (cutting feed) | G54.1 | Additional workpiece coordinate system | G95 | Feed per revolution | |||||
G02 | Clockwise arc / helix interpolation | *G54 | Workpiece coordinate system 1 | *G98 | Returns the initial plane in a fixed loop | |||||
G03 | Counterclockwise arc / helix interpolation | G55 | Workpiece coordinate system 2 | G99 | Returns the r-point plane in a fixed loop | |||||
G07.1 | one Cylindrical interpolation | G56 | Workpiece coordinate system 3 | G110 | Counter clockwise rough milling in circular groove | |||||
G04 | Pause, quasi stop | G57 | Workpiece coordinate system 4 | G111 | Rough milling in clockwise circular groove | |||||
G10 | Programmable data input | G58 | Workpiece coordinate system 5 | G112 | Counter clockwise full circle internal finish milling | |||||
*G15 | Cancel polar command mode | G59 | Workpiece coordinate system 6 | G113 | Clockwise full circle internal finish milling | |||||
G16 | Polar command mode start | G65 | Macro instruction | G114 | Counter clockwise cylindrical finish milling | |||||
*G17 | XY plane selection | G66 | Macro program modal call | G115 | Clockwise cylindrical finish milling | |||||
G18 | ZX plane selection | *G67 | Macro mode call cancelled | G116 | Counter clockwise rough milling of outer circle | |||||
G19 | YZ plane selection | G68 | Coordinate rotation start | G117 | Clockwise rough milling of outer circle | |||||
G20 | Imperial input | *G69 | Coordinate rotation cancel | G126 | Round trip plane milling | |||||
G21 | Metric input | G73 | High speed deep hole machining cycle | G127 | Unidirectional plane milling | |||||
G28 | Return to reference point | G74 | Left hand tapping cycle | G132 | Counter clockwise outer rectangle rough milling | |||||
G29 | Return from reference point | G76 | Fine boring cycle | G133 | Clockwise outer rectangular rough milling | |||||
G30 | Return to reference points 2, 3 and 4 | *G80 | Cancel fixed cycle | G134 | Counter clockwise rectangular groove rough milling | |||||
G31 | Jumping function | G81 | Drilling cycle (point drilling cycle) | G135 | Clockwise rectangular groove rough milling | |||||
*G40 | Cancel tool radius compensation | G82 | Drilling cycle (boring step hole cycle) | G136 | Counter clockwise finish milling in rectangular groove | |||||
G41 | Tool radius left compensation | G83 | Deep hole drilling cycle | G137 | Finish milling in clockwise rectangular groove | |||||
G42 | Tool radius right compensation | G84 | Tapping cycle | G138 | Counter clockwise rectangular external finish milling | |||||
G43 | Tool length forward compensation | G85 | Boring cycle | G139 | Clockwise rectangular outer finish milling | |||||
G44 | Tool length negative compensation | G86 | Drilling cycle | G140 | Clockwise rectangular continuous drilling | |||||
*G49 | Cancel tool length compensation | G87 | Back boring cycle | G141 | Counterclockwise rectangular continuous drilling | |||||
*G50 | Cancel scaling | G88 | Boring cycle | G142 | Clockwise arc continuous drilling | |||||
G51 | Scale start | G89 | Boring cycle | G143 | Counter clockwise arc continuous drilling | |||||
*G50.1 | one Cancel programmable mirroring | *G90 | Absolute value programming | G144 | Chessboard continuous drilling | |||||
G51.1 | one Set programmable mirror | G91 | Incremental value programming | |||||||
G52 | Local coordinate system setting | G92 | Coordinate system setting |