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1592038420 XRB30-60-70-77CH EN v1.1 2021.09.15
XRB
21/38
The device uses special
E
nergy
r
eduction
A
lgorithms (par.
ErA
) to optimize loads activation during the
regulation. It is possible to set two different algorithms (
ErA=bAS or Aut).
They differ for the used sensors
and for the total length of the intervals involved.
10.1 BASIC ENERGY SAVING ALGORITHM
– ERA=BAS
This will be used when
ErA=bAS
. The energy saving status will be always saved in the internal memory to
resume previous operation if a power failure occurs. It needs the presence of a door switch to work
(
i1F=dor
).
10.1.1 PARAMETER INVOLVED AND SUGGESTED VALUES
-
ErA = bAS
-
i1F = dor
-
StE
= 4.0 hours
-
EtS
= 6.0 hours
-
HES
= 3.0 to 5.0 °C
-
HYE
= 3 to 4°C
-
dS
= 5 to 10 sec
-
LdE = Y
for having light output automatically OFF when energy saving mode starts.
FROM
TO
CHANGED BY
Normal mode
Energy
Saving
- Keeping the
DOWN
button pressed for 3 sec (if enabled).
- Door continuously closed for the
StE
time.
- Number of motion events detected during
StE
interval minor than
nES
.
Energy
Saving
Normal mode
- Keeping the
DOWN
button pressed for 3 sec (if enabled).
- Controller in ES mode for the
EtS
time without any door opening or
with motion events detected minor than
nES
.
- If the controller is in ES mode, it returns in Standard mode (normal set-
point) after opening the door more than
dS
time.
- If the controller is in ES mode, it returns in Standard mode (normal set-
point) after detecting
nES
motion events.
NOTE:
the cycling mode (ES - Normal mode - ES - etc.) works if
i1F=dor
and
EtS
and
StE
are different from
zero. If
EtS=0
or
StE=0,
the controller will not change the operating mode, and it will be possible to change
from the normal mode to the energy saving mode by using ES button or by setting
i1F=ES
. See the below
diagrams where the status changing is depicted:
10.1.2 INTERACTION WITH OTHER SENSORS
The following table indicates the interaction between energy saving mode (
ErA=bAS
) and various digital
input functions.
i1F
i2F
MSF
How it works
dor
Any
≠
EMt
,
ES
Any
The function of digital input 1 changes the ES status according to par.
EtS
and
StE
or after opening the door for a time greater than
dS
.
dor
ES
Any
Digital input 1 has priority. The function of the second digital input is
disabled.