SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type
SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type
SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type
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  • SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type
  • SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type
  • SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type

SZGH-CNC990MDb-3 three-axis milling machine CNC controller economic type

Overview: SZGH-CNC990MDb-3 economical three-axis CNC milling machine controller and control X,Y,Z three axes, support 2-channel simulation, and C cutter cancellation, I / O 24 x 24,PLC, macro function, 8-inch display (800 x 600), similar to Fanuc operation method, compatible with various motors and drivers. Very high performance and low cost milling CNC controller.

Product Description

Product Details-Motherboard

 

▶Features:

1. Adopt bus Modbus technology, ARM technology, DSP technology, FPGA technology

2. U disk and RS232 interface, U disk DNC function

3. Network remote technology, online direct diagnosis user system

4, 128M user program space, unlimited number of programs

5. Absolute motor (multi-turn 17-bit) control technology

6. The maximum fast moving speed is 300m/mim, and the processing speed is 0.01~30 m/min

7. Interpolation period 2ms, control accuracy 0.1um

8, grating ruler full closed-loop control technology, processing accuracy ≤ 2um

9, short linear program pre-reading technology, to meet the high-speed carving cutting

10. Chinese program name input technology, intelligent man-machine interface

 

▶Application:

Used in CNC milling machine machinery; milling machine center; CNC engraving machine.

                        

 

G code

Groups

Function

G00

01

Fast decides

G01

The straight line inserts makes up

G02

Inserts along the circle makes up/the spiral line to insert makes up CW: The spiral motion spiral line inserts makes up the 2 circular arcs insert makes up the axis synchronization migration other axes. The instruction method only is simply adds on is not the circular arc inserts makes up the axis the shifting shaft

G03

The counter circle inserts makes up/the spiral line to insert makes up CCW

G04

00

pause

G15

17

Polar coordinate instruction cancellation

G16

Polar coordinate instruction: The polar coordinate (radius and angle), the angle to is chooses the plane the first axis to anti-clockwise changes, but the negative direction is clockwise changes .

Form :

G** G## G16

G00 IP

G ** Express the plane chosen

G## mean G90Work piece coordinate system original point

G91Current position

Assigns the polar coordinate and zero point

G17

02

Choose the X Yplane

XX axis or its parallel axis

YY axis or its parallel axis

ZZ axis or its parallel axis

G18

Choose the Z X plane

G19

Choose the Y Z plane

G20

06

Inch input

G21

Millimeter out

G28/G281/G282/G283/G284

00

Go to first reference point

G30/G301/G302/G303/G304

Go to 2,3,4 reference point

G26

ZXY axis go to program original point

G261

X axis go to program original point

G262

Y axis go to program original point

G263

Z axis go to program original point

G264

A axis go to program original point

G265

B axis go to program original point

G40

07

Cancel tool radius compensate

G41

Tool radius offset

G42

tool radius compensateright

G43

Tool lenthen positive compensate

G44

08

Tool lenthen negative compensate

G45

00

Tool adding offset

G46

Tool subtact offset

G47

Tool adding two multiple offset

G48

Tool subtact two multiple offset

G49

08

Cancel tool lengthen compensate

G37

11

Cancel scale zoom

G36

Enable scale zoomformatG36 X_Y_Z_R_

G12

22

Cancel programmer mirror

G11

Enable programmer mirror

G52

00

Set local coordinate

G53

14

Chocie coordinate

G54

Chocie work coordinate 1

NoteThese six work coordinate save in CNCuser may choice any one

G55

Chocie work coordinate 2

G56

Chocie work coordinate 3

G57

Chocie work coordinate 4

G58

Chocie work coordinate 5

G59

Chocie work coordinate 6

G60

15

exactitude stop

G64

Continue path work

G68

16

Rotated coordinateformat

G17

G18 G68 a-b- R-; R:Angle

G19

G69

Cancel rotated coordinates

G73

09

Drill deep hole cycleformat

G73 X-Y-Z-R-Q-F-l-

Zdistance from R to hole bottom

Rdistance from original to R

Qfeed depth every time

Ffeed speed

Lrepeat time

G74

Left Tap cycleformat G74X-Y-Z-R-P-F-L-

G80

Cancel cycle mode

G81

G81 cycle format drill X-Y-Z-R-F-L --

G82

Drill cycleformat G82 X-Y-Z-R-P-F- L-

G83

G83 cycle format drill X-Y-Z-R-Q-F-L-P-

G84

Right Tap cycle format G84 X-Y-Z-R-P-F- L -

G85

G85 cycle format drill X-Y-Z-R-F-L - -

G86

G86 cycle format drill X-Y-Z-R-F-L - --

G89

Drill cycle G89 X-Y-Z-R-P-F-L-

G90

03

Absolute program

G91

Increase program

G98

10

Go back to origorinal point