Menu Inputs
22
With “TYPE“
Pulse
and “MEAS.VAR”
Impulse
there is also available a “DIVIDER” at the
inputs 15
and 16
. It indicates how many pulses have to arise at the input, so that a pulse is passed on to the
functions. Thus it is possible to realize a slow pulse meter in conjunction with a meter module. (see
“Functions”)
That leads to the following indication:
TYPE: IMPULSE
MEAS.VAR: Impulse
DESIGNATOR
GROUP: General
DES: Flow rt sol
DIVIDER: 10
Only each tenth pulse is passed on.
With “TYPE”
pulse
and “MEAS.VAR”
Wind speed
a “QUOTIENT” must also be stated for
inputs 15
and 16
. Here the frequency per one km/h must also be set.
Example
: A wind sensor issues one pulse (=1Hz) per second at a wind speed of 20 km/h (= 1Hz).
Therefore, the frequency at one km/h is equal to 0.05Hz.
Connection of electronic sensors in version DL
Electronic sensors for temperature, pressure, humidity, differential pressure, etc. are also available in
the
DL
version. In this case, the supply and signal transmission takes place via the
DL bus
.
Due to the relatively high power requirement, the "
bus load"
must be considered:
The controller UVR 1611 has the maximum bus load, 100%. For example, the electronic sensor
FTS4-50
DL
has a bus load of 39%, therefore up to a max. 2 FTS4-50
DL
can be connected to the DL
bus. The bus loads of the electronic sensors are listed in the technical data of the respective sensors.
The advantage of this signal transfer lies in the fact that sensor inputs are not necessary, but rather
the information (signals) are transferred as a network variable as with the CAN bus (see: MENU
network/input variables).
