halstrup-walcher P26, Инструкция по эксплуатации

Страница: 26 / 34

P26 Instruction Manual
26
Parameters Description Model Rev
ARelai2 Dropout delay for relay 2 [ms] (from Rev. 2.11)
(0 .. 30000) unsigned int
Filter Time constant filter [ms]
(25 .. 60000) unsigned int
Lang Language
(1=GB, 2=GER, 3=I, 4=F) unsigned int
AutoNull Automatic zero-point calibration [min]
(0=Off, 0 ..) 2999) unsigned int
Sound Sound
(0=Off, 1=On) unsigned int
TSound Sound duration [ms]
(0 .. 999) unsigned int
DAC Out Analogue output signal
(0 = 4 .. 20mA, 1 = 0 .. 20mA,
2 = -
5 .. +5V, 3 = 0 … 10V)
unsigned int
Res Resolution
(0=max., 1=0.01%, 2=0.1%, 3=0.2%, 4=0.5%, 5=1%) unsigned int
UnitD Unit display
(0=Pa, 1=hPa, 2=kPa, 3=mbar, 4=mmH2O, 5=mmHg,
6=Psi, 7=inH2O, 8=inHg, 9=m³/s, 10=m³/h, 11=kg/s,
12=kg/min, 13=kg/h, 14=m/s, 15=mph, 16=f/s, 17=f/min,
18=km/h) unsigned int
>Code Access code for the menu (no reading)
(0 .. 9999) unsigned int
SMU
Creep suppression [%]
(0.0
… 10.0)
floating
C-Change Colour change (0 = off,1 = on) unsigned int Lrg. disp
Contrast setting (0 … 32)
unsigned int Lrg. disp
Brightness of backlighting (0 … 16)
unsigned int Lrg. disp
Backlighting (0 = off, 1 = white, 2 = blue) unsigned int Lrg. disp
Air consumption function ’>’ only when the correct
code has been entered
LVF_Mode 0 = off deactivated
1 = Σ(ΔP >0) sum for P > SMU
2 = Σ(ΔP) sum with correct prefix
3 = Σ(abs ΔP) sum absolute
int 3.0
VInc
Volume per relay pulse [m³,ft³] floating 3.0
MInc
Mass per relay pulse [kg] floating 3.0
LVF_Puls
Duration of the relay pulse [ms] 20 … 2000
unsigned int 3.0
LVF_Pause min. break after a relay pulse [ms]
50 … 2000
unsigned int 3.0
LVF-Filter
Pressure source 0 = unfiltered, 1 = filtered
?LVF-Code Enter password for the LVF functions
If confirmed, the LVF status is send as an echo 4 digit
decimal
3.0
>LVF-Code
Enter password for the LVF functions
4 digit
decimal
3.0
Current air consumption value dep. on unit floating 3.0
?LVF_V
Display the current LVF volume value
floating
3.0
?LVF_M
Display the current LVF mass value
floating
3.0
?LVF_V_alt
Display the old LVF volume value
floating
3.0
?LVF_M_alt
Display the old LVF mass value
floating
3.0
>LVF_Res
Set LVF value to 0 3.0
>LVF_Rcl
Reset LVF value to old value 3.0
?LVF_Rel
Query LVF relay (1 = Rel1, 2 = Rel2)
unsigned int
3.0