Aalborg Vortex Insertion Manuel d'utilisateur télécharger pdf (Page 92)

87

COMMAND

NAME

DESCRIPTION

NO.

COMMAND SYNTAX

COMMAND

ARGUMENT 1

ARGUMENT 2

ARGUMENT 3 ARGUMENT 4 RESPONSE

Pulse

Output

Sets and controls action of the

programmable Pulse Output

circuitry. NOTE: Unit/Pulse

value has to be entered:-for

Volumetric 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 every 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 every second.

13 P

C (flow

configuration)

V-volum. flow

M-mass flow

<Value>

(Unit/Pulse)

Volumetric flow -

current

Volumetric 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

Time 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,PulseTimeInterval

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

Value)

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

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