Selca G52 Offset of the coordinate system on the plane
G52 [X...] [Y...] [Z...] [I]
| Parameter | Description |
|---|---|
| X, Y, Z | coordinates of the new origin with respect to the main origin |
| I | incremental coordinates of the new origin (with respect to the last programmed origin). |
Enabled: until a G52 without parameters is programmed.
Selca G50 G51 Offset / rotation of the coordinate system on the plane G50 Cancels the offset/rotation G50 Cancels the offset / rotation function G51 Programming G50 G51 Offset /…
N1 [PROFILE 3 N2 $1M0X-105.I103.Y-63.7J69.3 N3 G17 N4 O1 N5 T1 N6 F1000S1200M3 N7 Z100R N8 X-20Y27R N9 Z2R N10 Z-10 N11 G49I2 N12 G41K2 N13 L=1 N14 G20X0Y0I-25 N15…
Selca G817 Tool length offset on an axis non-orthogonal to the machining plane Programming G817 Axis Parameters Parameter Description Axis name of the machine axis to which the compensation is…
Selca G736 Surfaces defined by a plane profile and one or more section profiles: plane profile and parameters Programming G736 I… [X… Y…] [J…] [K…] [Q…] [D0=…] [D1=…] [D2=…] [D3=…]…
Selca G17 G18 G19 Plane selection G17 Plane selection XY G17 Plane selection (XY is the machining plane, Z is the perpendicular axis) Programming G17 Enabled: (default) until aG16, aG18,…
Selca G75 G76 Polar coordinate programming G75 Cancels G76 G75 Cartesian coordinate programming (cancels G76) Programming G75 [X…] [Y…] [Z…] Enabled: (default) until a G76 is programmed. G76 Polar coordinate programming…
Selca G88 Spaced plane drilling fixed cycle Programming G88 [X… Y…] Z… J… [K…] [F…] [D8=…] Parameters Parameter Description X,Y hole coordinates. Z first wall depth. J drilling starting plane…
Selca G877 Limits, mode and copying plane Programming G877 PLANE K… J… Parameters Parameter Description PLANE plane on which the polygon defining the copying area limits lies (XY or YZ…
G90 Absolute coordinate programming Programming G90 Enabled: until a G91 is programmed. G91 Incremental coordinate programming Programming G91 Enabled: until a G90 is programmed. Note: As an alternative, program the I…
Selca G738 Surfaces defined by a plane profile and one or more section profiles: execution Programming G738 [J…] [X… Y…] Parameters Parameter Description J with D0=1 in function G736, distance…
Selca G750 G751 Rotation / offset in space G750 Cancels G751 G750 Cancels G751 Programming G750 G751 Rotation/offset in space G751 Rotation/offset in space Programming G751 [TRS X…] [TRS Y…]…
Selca G850 G851 Part origin offset by handwheels G850 Cancels G851 G850 Cancels G851 Programming G850 Enabled: only in the block in which it is programmed. G851 Part origin offset…
Selca G737 Surfaces defined by a plane profile and one or more section profiles: section profiles Programming G737 [Q…] [K1] Parameters Parameter Description Q number of the section profile (fromQ1to…
;Fanuc Program Example ;G52 Local Coordinate System ;G15 G16 Polar Coordinate O1453 G91 G28 X0 Y0 Z0 M06 101 M03 S1000 G90 G54 G43 H1 G52 X100 Y100 G00 X0…
Selca CNC 4000/3000 Series control G-Functions/ G-codes for cnc machinists who work on cnc machines with Selca cnc controls. These Selca G Functions work on following Selca cnc controls, Selca…
I never used G17 G18 G19, even I don’t know how these Plane Selection G-codes work, But still I am working fine on my cnc mill and cnc lathe machines…
Fanuc G17 G18 G19 Plane Selection With G17 G18 G19 the plane will be defined, in which circular interpolation and polar coordinate interpolation can be proceeded and in which the…
G68 Coordinate Rotation Fanuc G68 Coordinate Rotation G-Code makes it easy for cnc machinist to run a pattern of operations in a rotated angle. In short: By designating a rotation angle…
Fanuc G68 Coordinate Rotation G-Code makes it easy for cnc machinist to run a pattern of operations in a rotated angle. Here is a basic cnc programming Example which helps to…
CNC program example code to show how Fanuc G68 Coordinate rotation g-code can be used in a subprogram to take most benefit from it’s functionality. G68 Coordinate Rotation Example Main-program N5…
