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Three To Five Axis Cnc Milling Controller , Computerized Numerical Control Cnc Machine Controllers

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[China]

Address: Room 503 Anxin Building, No 536 Shenhui Road, Liuyue community, Henggang Street , Longgang District, Shenzhen City, Guangdong Province, China

Contact name:Fannie Chan

Shenzhen Guanhong Automation Co., Ltd.

Three To Five Axis Cnc Milling Controller , Computerized Numerical Control Cnc Machine Controllers

Country/Region	china
City & Province	shenzhen guangdong

Product Details

Three To Five Axis Cnc Milling Controller , Computerized Numerical Control Cnc Machine Controllers

Features:

1) adopt modbus technology , and ARM, DSP , and FPGA , very high performance.

2) vertical CNC milling controller with USB and 2-6 axis more beautiful interface

3) 128Mb user store room, not limit for programming quantity.

4) 640x480 8 inch real colour LCD displayer, I/O 56X32

5) with addtional operation panel and MPG, supply power

6) max speed 60m/min, progressing speed 0.01-30m/min

7) USB movable U disc copy interface.

8) RS232 interface.U flash DNC function

9) Spindle servo speed control/spindle frequency convertion speed control.

10) Manual pulse generator.

11) PLC programming and macro function

12) English menu, program and interface, full screen edition

13) it can be customazied to the display by clients' company logo and company

14) able to work with absolutely encoder motor , support the tool magazine function such as: umbrella type, line type, disc type etc

Support ATC function!!(Linear Tool Magazine)!

Application: CNC milling machinery; machining center; milling center; wood working machine; numerically control grinder

Technical Specifications

controllable axes		X.Y.Z.A.B,C six axes
linkage axes		Arc 2-3 axes, liner 2-6 axes
pulse equivalent	X.Y.Z.A.B,C	axes	0.001mm
pulse equivalent	X.Y.Z.A.B,C	axes	0.001mm
max speed	X.Y.Z.A.B,C	60000mm/min
cutting speed	1-10000mm/min
program size range	min input unit	0.001mm	± 99999.999
99 tools management
program code ISO-840 international standard
program coordinate system definition ISO-841
chassis protection complies with regulation of IP43
Tool compensate		length compensate, tool top compensate, C compensate(G40,G41,G42)
input and output		I/O 56X32
feeding speed		0.01-30m/min
straight line interpolation		G01
arc interpolation		G02/G03
screw thread cutting		G32
end face cutting circle		G94
screw thread cutting circle		G92
mixed mode screw thread cutting circle		G76
inch/metric programming		G20 and G21
feeding mode command		G98 and G99

Standard G codes list

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 GExpresses 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		Millimetre input
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 compensateleft
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	rotate coordinateformat G17 G18 G68 a-b- R-; R:Angle G19
G69		Cancel rotate coordinate
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 cycleformatG74X-Y-Z-R-P-F- L -
G80		Cancel cycle mode
G81		Drill cycleformat G81 X-Y-Z-R-F- L -
G82		Drill cycleformatG82 X-Y-Z-R-P-F- L -
G83		Drill cycleformat G83 X-Y-Z-R-Q-F- L -P-
G84		Right Tap cycle formatG84 X-Y-Z-R-P-F- L -
G85		Drill cycleformat G85 X-Y-Z-R-F- L -
G86		Drill cycleformatG86 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