Aalborg Vortex Insertion - Manual (Page 92)

87
COMMAND
NAME
DESCRIPTION
NO.
COMMAND SYNT
A
X
COMMAND
ARGUMENT 1
ARGUMENT 2
ARGUMENT 3
ARGUMENT 4
RESPONSE
Pulse Output
Sets and controls action of the programmable Pulse Output cir
cuitr
y.
NOTE: Unit/Pulse
value has to be entered:-for V
o
lumetric flow conditions
in currently selected volume EU -for Mass flow conditions in currently selected mass EU EU has to be not time based. It is recommended to set the unit/pulse value equal to the maximum flow in the same units per second. This will limit the pulse to no faster than one pulse ever
y second.
Example: Maximum flow rate: 1200 liter/min (1200 liter/min = 20 liters per second) If Unit/Pulse is set to 20 liters per pulse, the output will pulse once ever
y second.
13
P
C (flow configuration)
V
-volum. flow
M-mass flow
<V
alue>
(Unit/Pulse) V
o
lumetric flow -
current V
o
lumetric E.U.
Mass flow - cur- rent mass EU (example: 10 litr/pulse)
PCV
:<value>,<value>
Example: PCV
:V
,10
Or PCM:<value>,<value> Example: PCM:M,2.5
T (Pulse active T
ime in ms)
<value> [10 -13000 ms]
PT
:<value>
Example: PT
:1000
D (disable pulse output)*
P:D
E (enable pulse output)
P:E
Q (read current pulse output Queue value)
PQ:<value> (number of pulses)
S (setting status)
PS:Mode,FlowConditions, Unit/Pulse,PulseT
imeInter
val
Fluid Density for standard conditions
Read and set Fluid Density for standard conditions in g/cm3 NOTE: it is not measured density
.
14
FD
(New Density V
alue)
0.0001
Density
10.0 g/cm3
FD:<value> Example: FD:1.293
No Argument (Returns Current Density in g/cm3)
FD:<value> Example: FD:1.293