Using EIA with G54 not G53.5 Mazak Integrex Help? Matrix

Little history. We have a 2010 I200S with matrix. We do 99.9 percent of our parts with Mazatrol. But occasionally a surfacing program comes up where I need
to use EIA.
I have been successfully running EIA programs using G53.5. Yesterday I tried using G54 because the coordinate
system is off the centerline of rotation on the main spindle.
Well, my Z value for every tool is going to crash. It's almost like the machine isn't picking up the tool length offset. Maybe someone can help?
Note the G53.5 works perfectly. Maybe I'm missing a parameter setting.
Here is a G54 sample:
N11 ( MAIN SPINDLE, Z-AXIS ROTARY TOOL )
N12 ( ROUGH1 SIDE SIDE2 )
N13 G00 G17 G20 G40 G80 G98
N14 G30 P3 U0. V0.
N15 G30 P3 W0.
N16 M901 ( MAIN SPINDLE )
N17 M200 ( MAIN MILL MODE )
N18 T026 T039 M06 D26 ( .375 DIA. CARBIDE ROUGH ENDMILL STUB-ROTARY )
N19 G30 P3 U0. W0.
N20 M250
N21 B0.
N22 M251
N23 G53.5
N24 G97 S3500 M203
N25 C0.
N26 M210
N27 G00 Z3.5788 M08
N28 X0.1894 Y0.
N29 Z0.6788
N30 G01 Z0.2668 F5.0
N31 G03 X0. Y0.0947 I-0.0947 J0. F10.0
N32 X-0.1894 Y0. I0. J-0.0947
N33 X0. Y-0.0947 I0.0947 J0.
N34 X0.1894 Y0. I0. J0.0947
N35 G01 X0.6394
N36 G03 X0. Y0.3197 I-0.3197 J0.
N37 X-0.6394 Y0. I0. J-0.3197
N38 X0. Y-0.3197 I0.3197 J0.
N39 X0.6394 Y0. I0. J0.3197
N40 G00 Z3.5788
N41 M212
N42 M09
N43 M205
N44 G30 P3 U0. V0.
N45 G30 P3 W0.
N46 M1