movement in X/Y but Z [...] movement in X/Y/Z

evaluated at x = 0 to [...] evaluated at x = pef1^.l

Inout dynX SMC [...] 1 in seconds x

input signal x [...] x, then a value

long the x [...] variables xBusy = TRUE [...] the x

Input xExecute BOOL [...] ETrigTo Output x [...] reached ETrigTo x

Input xEnable BOOL [...] Tl Output xDone BOOL TRUE [...] reached LConTl x

Inherited from Input x [...] ETrigTo Output x [...] reached ETrigTo x

Inherited from Input x [...] ETrigTo Output x [...] reached ETrigTo x

Inherited from Input x [...] ETrigTo Output x [...] reached ETrigTo x