Programming instructions

5-40
Tool Corrections NC Programming 17VRS
DOK-MTC200-NC**PRO*V17-ANW1-EN-P
All data present in the tool list can be read. The individual data elements
are addressed by means of codes. A detailed description of the TLD
command is contained in Chapter 11 „NC Special Functions“.
Name Sym Value Range Meaning
Process P 0..6 Process No.
Addressing A 0
1
0: storage /
location
addressing
1: Addressing via Addre
s
tool and index
no.
Storage S 0..2 S=0 :
Magazine/turret
S=1 : Spindle
S=2 : Gripper
Location L S=0 : 1..999
S=1 : 1..4
S=2 : 1..4
S=0 : Mag.-/turret
loc.
S=1 : Tool spindle
no.
S=2: Gripper
number
Tool
number(T)
T 1..9999999
Tool number
Tool Index No. D 1..999
Tool index
number
Edge E 0..9 E=0 : Basic tool data
E = 1..9 Edge data
Data Element D E=0 : 3..26
E=1..9 : 1..35
E=0 : Access basic tool data
E=1..9 : Access edge data
Status S E=0 : 1..32
E=1..9 : 1..16
E=0 : Access tool status bits
E=1..9 : Access edge status bits
5.8 D Corrections
The D-corrections are additive relative to the tool geometry data registers.
The D-corrections act in an additive manner relative to the existing ge-
ometry registers L1, L2, L3 and R. 99 D-corrections are available for each
of the 7 processes. Each D-correction contains the L1, L2, L3 and R reg-
isters. The assignment of values in the D-correction register can be ac-
complished using the CNC operator interface or the SOT.
D0
Cancel D-corrections
D<D-correction No. [1..99]>
Select a D-correction
The D-corrections act like the geometry data in the tool management
system. The D-corrections can be used when tool management is pres-
ent, for example as tool reference point offset registers. If tool manage-
ment is not defined with an CNC process, the D-corrections themselves
can be used in place of tool management for simple applications. The D-
corrections function like Correction Type 4 in tool management. An edge
orientation cannot be defined in the D-corrections.
Value Range and Meaning of
the Parameters
Syntax