Rectangle in yz plane g385-geo, Eccentric polygon in yz plane g387-geo, 3 cont ours in the yz plane – HEIDENHAIN SW 54843x-02 DIN Programming User Manual
Page 491

HEIDENHAIN MANUALplus 620, CNC PILOT 640
491
6.3 Cont
ours in the YZ plane
Rectangle in YZ plane G385-Geo
G385 defines a rectangle in the YZ plane.
Eccentric polygon in YZ plane G387-Geo
G387 defines the contour of an eccentric polygon in the YZ plane.
Parameters
Y
Center of rectangle
Z
Center of rectangle
X
Reference diameter
No entry: "X" from section code
"X" overwrites "X" from section code
A
Position angle (reference: positive Z axis; default: 0°)
K
Length of rectangle
B
Width of rectangle
R
Chamfer/rounding (default: 0)
R>0: Radius of rounding arc
R<0: Chamfer width
P
Pocket depth (default: "P" from G308)
Parameters
Y
Center point of polygon
Z
Center point of polygon
X
Reference diameter
No entry: "X" from section code
"X" overwrites "X" from section code
Q
Number of corners (Q >= 3)
A
Position angle (reference: positive Z axis; default: 0°)
K
Edge length / width across flats
K>0: Edge length
K<0: Width across flats (inside diameter)
R
Chamfer/rounding—default: 0
R>0: Radius of rounding arc
R<0: Chamfer width
P
Pocket depth (default: "P" from G308)