105
When using Vortex sensors without DL connection the supply can be made from one of
the control outputs. For this purpose the appropriate control output must be set to 5 V.
ON/OFF
select / disable heat counter (ex works = OFF)
SSL
S
ensor input for
s
upply
l
ine temperature (ex works = S4)
Setting range: S1 to S6
Input of the pre-run sensor
E1 to E9
Value from external sensor via DL
SRL
S
ensor input for
r
eturn
l
ine temperature (ex works = S5)
Setting range: S1 to S6
Input of the return sensor
E1 to E9
Value from external sensor via DL
VSG
Sensor input for volume flow encoder (ex works = --)
The pulse encoder
VSG
can only be connected to input S6. For this purpose the
following settings must be made in the
SENSOR
menu without fail:
S6 VSG
volume flow sensor with pulse encoder
LPI
Litres per pulse
Setting range: VSG S6 = volume flow encoder
VSG
at input 6.
VSG E1 to E9 = Value from external sensor via DL
VSG -- = no volume flow encoder
fixed volume flow. For the
calculation of the heat amount, the set volume flow is only used if
the set output is active
V
V
olume flow in litres per hour. If no volume flow encoder has been set, a fixed
volume flow can be preset in this menu. If a set output is not active, the volume
flow is assumed to be 0 litres/hour.
As activated speed control can produce constant changes in volume flow, this
method is not suited to use with speed control. (ex works = 50 l/h)
Setting range: 0 to 20000 litres/hour in increments of 10 litre/hour
OP
Assigned outputs. The set/measured volume flow is only used to calculate the
heat quantity if the output specified here is active (or at least one of several
outputs). (ex works = --)
With pump-valve systems, the allocated outputs must be adjusted according
to the basic diagram (e.g. with program 49: OP 12)
Setting range: OP = -- heat quantity is calculated without any consideration to the
outputs.
Combinations of all outputs (e.g. OP 1, OP 23, OP 123)
SA
S
hare of
a
ntifreeze in the heat transfer medium. An average has been calculated
from the product specifications of all of the major manufacturers; this average is
used in the table of mixing ratios. This method generally produces an additional
maximum error of one percent. (ex works = 0%)
Setting range: 0 to 100% in increments of 1%
