System information

SECTION SIX - PARAMETRIC PROGRAMMING
out7 1018 2018 3018 4018 5018
out8 1019 2019 3019 4019 5019
out9 1020 2020 3020 4020 5020
out10 1021 2021 3021 4021 5021
out11 1022 2022 3022 4022 5022
out12 1023 2023 3023 4023 5023
Note: PIN statements can be used in conditional statements such as IF-THEN and WHILE-
WEND.
Examples: IF PIN[2017] EQ 1 THEN PB50=1
WHILE PIN[1005] NE 0
M63
M62
WEND
P5=P3 + PIN[2011]
IPIN
IPIN refers to an input pin. The argument is the input number. IPIN [32] is the 32
nd
input. There
are 64 inputs. IPIN [32] is Z input #9. IPIN [17] is the same as PIN [2005] or Y input #6. The
IPIN statements can be used in conditional statement or to assign variables.
OPIN
OPIN refers to an output pin. The argument is the output number. OPIN [14] is the 14
th
output.
There are 64 outputs. OPIN [40] is 4
th
axis output #4. OPIN [3] is the same as pin [1003] or x
axis input 4. The OPIN statements can be used in conditional statements or to assign variables.
Parts Inspection and Digitizing Commands
PROBE1 PROBE1 can be used with any axis move to command an interrupted
move. The move will be terminated when an input goes low.
Example: PROBE1 F.01 X1.3 Y-2
The X and Y move toward 1.3 and -2 respectively until the probe contacts
the part.
PROBE2 PROBE2 may be used with any axis move to command an interrupted
move. The move will be terminated when an input goes high.
Example: PROBE2 F.01 X1.3 Y-2
The X and Y move toward 1.3 and -2 respectively until the probe releases
from the part.
Note: The input used by the probe commands is selectable in the miscellaneous parameters.
340