5-axis linkage Engraving/Milling/Grinding/milling machine/CNC CNC control system transformation

5 positioning axis, 5-axis, two analog spindle

1ms interpolation cycle, 0.1um control accuracy

2-way -10V ~ 10V analog voltage output, support for dual-spindle control

linear, exponential and S-variety of acceleration and deceleration mode can be chosen

Built-in multi-PLC program, currently running PLC program optional

PLC program online display, real-time monitoring, real-time tracking signal

support macro code programming style statement in support of macro calls with parameters

rigid tapping and flexible parameter settings by tapping

rotation, scaling, polar coordinates, and a variety of fixed cycle milling complex circulatory function

alarm and operation history with historical features, user-friendly operation and maintenance management

provide multi-level password protection, convenient device management

36-point general-purpose input / output 36-point common

Supports standard RS232 and USB interface, support U disk file operations, system configuration and software upgrades, enabling file transfer, string

USB port DNC ​​processing and online processing capabilities



Number of control axes

Control axes: 5-axis (X, Y, Z, 4th, 5th)

Linkage axes: 5-axis

Feed axis function

Position command range:

Metric input (G21): - 9999.9999mm ~ 9999.9999mm, minimum instruction unit: 0.0001mm

Inch input (G20): -999.9999inch ~ 999.9999inch, minimum instruction unit: 0.0001inch

Electronic gear: Instruction multiplication factor of 1 to 65536, instruction division ratio of 1 to 65536

fast moving speed: up to 60m / min

Quick ratio: F0,25%, 50%, 100% four real-time adjustment

Cutting feed rate: up to 15m / min (G94) or 500.00mm / r (G95)

Feed override: 0 to 150% of sixteen real-time adjustment

Manual feed override: 0 to 150% of sixteen real-time adjustment

handle feed: 0.001mm, 0.01mm, 0.1mm, 1mm fourth gear

Step feed: 0.001mm, 0.01mm, 0.1mm, 1mm fourth gear

interpolation methods: linear interpolation, circular interpolation, helical interpolation and rigid tapping

Automatic chamfering



G code table
Code function, code function
G00 positioning (fast moving) G51 scaling
G01 linear interpolation (cutting, feeding) G53 selects machine tool coordinate system
G02 arc interpolation CW (clockwise) G54 select workpiece coordinate system 1
G03 arc interpolation CCW (counterclockwise) G55 select workpiece coordinate system 2
G04 pause, stop, G56 select workpiece coordinate system 3
G12 storage stroke detection function, switch on G57, select workpiece coordinate system 4
The G13 storage stroke detection function disconnects the G58 and selects the workpiece coordinate system 5
The G15 polar coordinates cancel the G59 and select the workpiece coordinate system 6
G16 polar coordinate instruction G54.1-G54.50 selects additional workpiece coordinate system
G17XY plane selection, G60 single direction positioning
G18ZX plane select G61 quasi stop mode
G19YZ plane selection G62 automatic corner magnification
G20 inch data input G63 tapping mode
G21 metric data input G64 cutting method
G22 G65 milling program macro milling inside counter clockwise inner circle
G23 clockwise, inner groove, rough milling, G68 coordinate rotation
G24 counterclockwise, full circle, inside milling, cycle, G69 coordinate rotation, cancelled
G25 clockwise full circle precision milling cycle G73 high speed deep hole machining cycle
G26 counter clockwise, outer circle, fine milling, cycle, G74, left hand tapping, cycle
G27 returns the reference point and detects the G76 fine boring cycle
G28 returns reference point G80, fixed loop cancel
G29 returns the G81 drilling loop (point drilling cycle) from the reference point
G30 2, 3, 4 return reference point G82 drilling cycle, boring boring cycle
G31 jump function, G83 chip removal, drilling cycle
G32 clockwise, outer circle, fine milling, cycle, G84, right hand tapping, cycle
G33 reverse rectangular groove roughing milling G85 boring cycle
G34 clockwise rectangular groove roughing milling G86 boring cycle
G35 reverse rectangular groove, fine milling cycle, G87 back boring cycle
G36 clockwise, rectangular groove, fine milling, cycle, G88, boring, circulation
G37 counterclockwise, rectangular, outer milling, cycle, G89, boring, cycle
G38 clockwise, rectangular, outer milling, cycle, G90, absolute programming
G39 corner bias arc interpolation G91 incremental programming
G40 tool radius compensation cancels G92 floating coordinate system setting
G41 the left tool radius compensates G94 per minute feed
G42 the right tool radius compensates G95 each turn feed
G43 positive direction tool length compensation G96 constant speed control (cutting speed)
G44 negative direction tool length compensation, G97 constant speed control is canceled (cutting speed)
G49 tool length compensation cancels G98 to return to initial plane
G50 scaling cancels G99 and returns to the R point plane
PLC instruction list
Instruction code, function instruction code, function instruction code function
RD read normally open contact, SPE subroutine end, DIFU rising edge detection
RD.NOT read normally closed contact SET set DIFD falling edge detection
WRT output coil RST reset COMP binary comparison
WRT.NOT output coil taking reverse JMPB label jump COIN consistency comparison
AND normally open contact series LBL label MOVN data transfer
AND.NOT normally closed contact series TMR timer MOVB a byte transfer
OR normally open contact parallel TMRB fixed timer MOVW two bytes transmission
OR.NOT normally closed contact parallel TMRC arbitrary address timer XMOV binary indexed data transmission
OR.STK circuit block parallel CTR binary counter DSCH binary data search
AND.STK circuit block in series DEC binary decoding, ADD binary addition
END1 the first order procedure, COD binary code conversion, SUB binary subtraction
END2 second level sequential program ends, COM common line control, ANDF logic, and
CALL calling subroutine, COME public line control, ending ORF logic, or
CALLU unconditional call subroutine, ROT binary rotation control, NOT logic non
SP subroutine, SFT register shift, EOR XOR