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7 Operating ventilation unit(s)
53
mode or intermittent ventilation) is always under-
taken. If exhaust air mode is switched on, all
RLS
45 K
connected to the
PP 45
/
PPB 30 O
run with
the supply air function.
The supply air function of the
PP 45
units is also
used for the volumetric flow compensation of the
PPB 30 RC
units.
Humidity limit values, start delay, duration, ex-
haust air mode or intensive ventilation can be set
by the specialist installer using the commissioning
software/with the service mode (installer lever).
If demand-driven mode is switched on,
air de-
humidification with the
PPB 30 K
/
PPB 30 RC
units is continuously variable depending on the
humidity value. The function is always active. The
air volume is regulated in a linear fashion using
the set min/max humidity values.
7.6.3 Automatic dehumidification
For examples of dehumidification strategies
and splitting of the volumetric flows when us-
ing several ventilation units →
Automatic dehumidification is always active re-
gardless of the set operating mode (automatic or
system operation).
The
PPB 30 K
/
PPB 30 RC
units automatically
start the dehumidification process (exhaust air
mode or intensive ventilation). The dehumidifica-
tion strategy is set using the commissioning soft-
ware/in service mode (installer level).
Increased wind loads (strong gusts) can in-
fluence the moisture detection of the internal
sensor due to the system.
7.6.4 Exhaust air mode configuration
Above intensive ventilation (IV), the
PPB 30 K
/
PPB 30 RC
unit switches into exhaust air mode
(= max. air extraction at 45 m³/h) until the humid-
ity falls 3 % below the maximum humidity value.
In exhaust air mode, volumetric flow compensa-
tion is carried out with all ventilation units connec-
ted to the
RLS 45 K
or with
PP 45 RC
(
slave) or via the
PPB 30 RC
slave. For examples
of dehumidification strategies and splitting of the
volumetric flows → Appendix. The
PP 45
and/or
PPB 30 O
units connected to the
RLS 45 K
auto-
matically switch to supply air.
7.6.5 Intensive ventilation configuration
Above the maximum humidity value limit, the
PPB
30 K
/
PPB 30 RC
units run with intensive ventila-
tion. This mode is ended automatically when the
humidity falls 3 % below the maximum humidity
value.
Exhaust air mode/intensive ventilation can
also be started manually with the optional
buttons/switches.
Functions started manually run for the set
time (parametersPPB 30 K/
PPB 30 RC
dura-
tion of button function/duration of ventilation
level) and then switch off automatically. For
manual operation →
Manual exhaust air mode and intens-
7.7 Manual exhaust air mode
For PPB 30 O
Both fans of the PPB 30 unit run at full load = air
extraction at a total of 45 m³/h without heat recov-
ery.
The following applies to RLS 45 O +
PPB 30 O: Exhaust air mode is only released
when using one individual PPB 30 O in com-
bination with an RLS 45 O controller (unit type
setting = PPB 30 and number of units = 1). In
this case, there is no volumetric flow compens-
ation. Air extraction in compliance with the
relevant standards can thereby be ensured in a
bathroom, for example.
This mode is switched on manually by pressing
the “Ventilation level” key on the RLS 45 O for
more than 2 seconds. Exhaust air mode usually
lasts 10 minutes.
7.8 Manual exhaust air mode and in-
tensive ventilation
For
PPB 30 K
/
PPB 30 RC
This mode is switched on manually using an op-
tional button or switch. We would recommend us-
ing a switch for the start delay. Parameters for the
function duration and start delay can be set by the
specialist installer using the commissioning soft-
ware.
Volumetric flow compensation for a
PPB 30 K
/
PPB 30 RC
exhaust air mode is undertaken using
the
PP 45
and/or
PPB 30 O
units connected to
the fan interface (Fan1 / Fan2). These run in sup-
ply air mode when exhaust air mode is active.
The volumetric flow compensation of the PPB
30 K/PPB 30 RCunits in exhaust air mode is
carried out by PP 45 units
.
Содержание PP 45 O
Страница 2: ...Inhaltsverzeichnis Deutsch 3 English 36 Fran ais 70...
Страница 4: ...bersicht PP 45 4 bersicht PP 45...
Страница 6: ...bersicht PPB 30 6 bersicht PPB 30...
Страница 8: ...Steuerungskonzept PP 45 8 Steuerungskonzept PP 45...
Страница 9: ...Steuerungskonzept PPB 30 9 Steuerungskonzept PPB 30...
Страница 10: ...Steuerungskonzept PP 45 RC PPB 30 RC Funk 10 Steuerungskonzept PP 45 RC PPB 30 RC Funk...
Страница 37: ...Table of contents 37 PP 45 RC 110 PPB 30 O 112...
Страница 38: ...Overview of PP 45 38 Overview of PP 45...
Страница 40: ...Overview of PPB 30 40 Overview of PPB 30...
Страница 42: ...PP 45 control concept 42 PP 45 control concept...
Страница 43: ...PPB 30 control concept 43 PPB 30 control concept...
Страница 44: ...PP 45 RC PPB 30 RC wireless control concept 44 PP 45 RC PPB 30 RC wireless control concept...
Страница 72: ...Vue d ensemble PP 45 72 Vue d ensemble PP 45...
Страница 74: ...Vue d ensemble PPB 30 74 Vue d ensemble PPB 30...
Страница 76: ...Concept de commande PP 45 76 Concept de commande PP 45...
Страница 77: ...Concept de commande PPB 30 77 Concept de commande PPB 30...
Страница 78: ...Concept de commande PP 45 RC PPB 30 RC radio 78 Concept de commande PP 45 RC PPB 30 RC radio...
Страница 105: ...105 PP 45 PPB 30 Volumenstr me PP 45 PPB 30 volumetric flows D bits d air PP 45 PPB 30...
Страница 106: ...106...
Страница 107: ...107...
Страница 108: ...108 PP 45 O PP 45 K PP 45 O PP 45 K PP 45 O PP 45 K...
Страница 109: ...109 PP 45 O PP 45 K mit PP 45 HYI PP 45 O PP 45 K with PP 45 HYI PP 45 O PP 45 K avec PP 45 HYI...
Страница 110: ...110 PP 45 RC PP 45 RC PP 45 RC...
Страница 111: ...111 PP 45 RC mit PP 45 HYI PP 45 RC with PP 45 HYI PP 45 RC avec PP 45 HYI...
Страница 112: ...112 PPB 30 O PPB 30 O PPB 30 O...
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