Produce : BOOL ; VAR_IN_OUT [...] : BOOL VAR_IN_OUT [...] : BOOL VAR_IN_OUT

: VAR_IN_OUT [...] , and VAR_IN_OUT [...]  list> END_VAR

Example VAR_OUPUT iOut [...] 1 := 1, iIn2 := 2, iOut [...] Variable: VAR

to multiply the AnalogIn1 input with the AnalogIn [...] the result to the AnalogOut

to subtract the AnalogIn2 input from the AnalogIn [...] the result to the AnalogOut

SAFE groups). Table 8 . VAR [...] Values bDecIn [...] channel bDecIn

. Table 18 . VAR [...] is canceled. bOpIn [...] channel bOpIn2 SAFEBOOL

: VAR_INPUT , VAR_OUTPUT , VAR_IN_OUT ) [...] _OUTPUT , VAR_IN_OUT )

to divide the AnalogIn1 input by the AnalogIn [...] the result to the AnalogOut

to the AnalogOut output. Then the AnalogOut output [...] AnalogOut