Fanuc Symbol CAPi T Operators Manual

B–63304EN/02
A. SETTING DATA,
SYSTEM PARAMETER, MTF
APPENDIX
871
Most significant
3 digits (detailed
classification)
RemarksFunction
Least significant
1 digit (major
classification)
2 2 0 3 Spindle No.
H1: First spindle
H2: Second spindle
Address set in MTF1406
2 3 0 3 Outputting turning tool
clamp type
I0: Normal clamping of
the turning tool
I1: Reverse clamping
of the turning tool
Address set in MTF1407
(e) Output of special code
When the least significant 1 digit (major classification) is 4 ...
***4;
Most significant
3 digits (detailed
classification)
Least significant
1 digit (major
classification)
Function Remarks
0 0 0 4 EOB output (;) One block of NC data is output. However, the block
with EOB only is not output.
0 1 0 4 EOR output (%) The EOR (%) is output.
0 2 0 4 /..... EOB output One block of NC data with/(optional skip) is output.
0 3 0 4 NC data output Valid for an address indicating other than the
amount of travel
0 4 0 4 NC data output cancel Valid for an address indicating other than the
amount of travel
(f) M code output (set at the MTF 1130 1139)
When the least significant 1 digit (major classification) is 5 ...
***5;
Most significant
3 digits (detailed
classification)
Least significant
1 digit (major
classification)
Function Remarks
0 0 0 5 Spindle forward revolution
M code output (M03 or
M04)
The M codes of MTF 1130 or 1131 are output
corresponding to the spindle revolution direction set
by the process parameter (system parameter 0108
0113) and turret position MTF 1051.
0 1 0 5 The spindle stop M code
(M05) is output on spindle
reverse revolution
When the spindle revolution direction is reversed the
M05 (MTF 1132) is output. Nothing is output when the
direction of revolution does not change.
0 2 0 5 Spindle stop M code output
(M05)
The M code set to the MTF 1132 is output. Also, the
M03 M05 are modal managed and the M code
which is the same as the modal value is not output.
0 3 0 5 Coolant on M code output
(M08)
The M code of MTF 1133 is output. However, this
applies to the coolant use process only (by
designation of process parameter).

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