13
ENG
clima +030220641 - rel. 1.0 - 07.12.2007
4. CONFIGURATIONS
4.1 Con guring the operating modes
Before closing the instrument again, the chosen model must be
con gured.
See the table of settings allowed for the possible con gurations according
to the model purchased.
Important: The con gurations not allowed for the speci c
hardware can be selected, yet obviously should be avoided, as
not all the operations are available; the installer is responsible for checking
that this will not cause operating problems in the installation. See the
chapter on “Functions“ for a detailed description of each individual
operating mode.
Settings allowed for each model
Dip1
Dip2
Dip3
Model
ADCA000100
ADCA000110
ADCD000100
ADCD000110
ADCA000210
ADCA000410
ADCF000210
ADCF000410
ADCF000610
OFF ON OFF
T
√√√√
Basic temperature control only with one relay only (R2). The analogue output
is associated with the temperature..
OFF OFF ON
T2
√√
Two-stage temperature control only, with two relays (R1 and R2).
The analogue output is associated with the temperature.
OFF ON ON
T2A
√√
Two-stage temperature control only, with two relays (R1 and R2) and
automatic control of cooling/heating mode. The analogue output is
associated with the temperature. Other settings for this mode are available
by parameter. See the chapter on “Functions”.
ON OFF OFF
H
√√
Basic humidity control only with one relay only (R2) associated with
humidi cation or dehumidi cation control. The analogue output is
associated with the humidity.
ON ON OFF
T+H
√
Temperature and humidity control. One relay is associated with the
temperature (R1), the other (R2) associated with humidi cation or
dehumidi cation control. Analogue output associated with the humidity.
ON OFF ON
T2+H
√
Two-stage temperature and proportional humidity control. The two relays
are associated with the temperature (R1 and R2), the analogue output is
associated with the humidity.
ON ON ON
T2A+H
√
Two-stage temperature and proportional humidity control with automatic
control of the cooling/heating mode. The two relays (R1 and R2) are
associated with the temperature, the analogue output is associated with the
humidity. Other settings for this mode are available by parameter. See the
chapter on ‘“Functions”
OFF OFF OFF
T+H radiant
ON/OFF
output
R2
output
R2
output
R1
output
R1
output
R1
Model for radiant systems, with ON/OFF control.
Temperature control only or temperature and humidity control, according to
the model purchased. If humidity control is available, the analogue output is
associated with this.
Based on radiant
model selected (see
tab. 4.q)
T+H radiant
proportional
√
Model for radiant systems, with proportional control.
Temperature and humidity control.
Tab. 4.a
Dipswitch con gurations
The 4 dipswitches are used to set the instrument for the required control
mode.
Dip 1, 2, 3
Control mode as per the above table
Dip 4
OFF – cooling/dehumidi cation
ON – heating/humidi cation
Tab. 4.b
The activation outputs (relays) are assigned to temperature and humidity
control as per the table below:
Relay 1 Relay 2 Model
- temperature T
temperature temperature T2, T2A
- humidity H
temperature humidity T+H. T2+H, T2A+H, T+H rad.
Tab. 4.c
The activation outputs (relays) are assigned to temperature and humidity control as per the table below:
Table of manufacturer default settings
Purchase
code
Control set Dip1 Dip2 Dip3 Dip4 Model
ADCA000100
ADCA000110
T OFF ON OFF OFF Basic temperature control only with one relay only. Analogue output associated with the
temperature.
ADCA000210
ADCA000410
T2A OFF ON ON OFF Two-stage temperature control only, automatic cooling/heating, with 2 relays.
The analogue output can be con gured for cooling or heating..
ADCD000100
ADCD000110
H ON OFF OFF ON Basic humidity control with one relay only. Analogue output associated with the humidity.
ADCF000210
ADCF000410
T2A+H ON ON ON ON Two-stage temperature and humidity control, automatic cooling/heating with 2 relays associated
with the temperature. Analogue output associated with the humidity.
ADCF000610
radiant prop. OFF ON OFF ON T+H control for radiant systems, proportional control model.
Tab. 4.d