2 Expansion Options
Page 24 Mk8 MM Expansion Features Installation and Set-Up Guide 04.09.2016
Exp
Option
Default Range Description
153 1013 Default absolute ambient air pressure
The default ambient air pressure must be set when using volume flow
meters, to derive the mass flow rate used to calculate the fuel-air ratio.
1013 1013 mbar (406.5” WG)
850 – 1100 mbar (341.1 – 441.5 “ WG)
154 656 Fuel 1 Density
The fuel density must be set when using volume flow meters, to derive the
mass flow rate used to calculate fuel-air ratio. This is at 1013mbar, 15
0
C
(14.69 PSI, 59
O
F)
656 0.656 kg/m
3
at 1013mbar, 15
0
C (0.041 lb/ft
3
)
1 – 10000 0.001 – 10.0 kg/m
3
(0.00006 lb/ft
3
– 0.625 lb/ft
3
)
155 656 Fuel 2 Density
The fuel density must be set when using volume flow meters, to derive the
mass flow rate used to calculate fuel-air ratio. This is at 1013mbar, 15
0
C
(14.69 PSI, 59
O
F)
656 0.656 kg/m
3
at 1013mbar, 15
0
C (0.041 lb/ft
3
)
1 – 10000 0.001 – 10.0 kg/m
3
(0.00006 lb/ft
3
– 0.625 lb/ft
3
)
156 656 Fuel 3 Density
The fuel density must be set when using volume flow meters, to derive the
mass flow rate used to calculate fuel-air ratio. This is at 1013mbar, 15
0
C
(14.69 PSI, 59
O
F)
656 0.656 kg/m
3
at 1013mbar, 15
0
C (0.041 lb/ft
3
)
1 – 10000 0.001 – 10.0 kg/m
3
(0.00006 lb/ft
3
– 0.625 lb/ft
3
)
157 656 Fuel 4 Density
The fuel density must be set when using volume flow meters, to derive the
mass flow rate used to calculate fuel-air ratio. This is at 1013mbar, 15
0
C
(14.69 PSI, 59
O
F)
656 0.656 kg/m
3
at 1013mbar, 15
0
C (0.041 lb/ft
3
)
1 – 10000 0.001 – 10.0 kg/m
3
(0.00006 lb/ft
3
– 0.625 lb/ft
3
)
158 - Unused
159 - Unused
160 - Unused