O
N
1 2 3
O
N
1 2 3
O
N
1 2 3
O
N
1 2 3
O
N
1 2 3
O
N
1 2 3
Mode
Switch
Pos.
Mode
description
CO
2
VAV1
0-10V
Temp
VAV2
0-10V
Humi-
dity
0-10V
Transmitter-
mode
0
a. No adjustment options for temperature, CO2 and RH.
Pure transmitter-mode
.
CO2
0-2000
PPM
Temp.
0-50°C
Humidity
0-100%
Only 307-
001/003
Transmitter
mode with
setup function.
a. No adjustment options for temperature and CO2.
Pure transmitter-mode.
b. Scale button can be used for the setup function
0-10V is read off Humidity/VAV3., only applies for 307-001/003
Temp.
0-50°C
Setup
function
only 307-
001/002/
003/004
1
2
a. Fixed set point of 21 °C. The temperature can be ad/- 3 °C.
b. CO2 is adjustable from 600 to 1200 ppm on the internal potentiometer.
Standard setting 800 PPM
c. Options for VAV1 control parameter:
0=Vout1 (standard) is controlled through CO and temperature, the highest
calculated PI value is deciding.
1=Vout 1 is controlled solely through temperature. CO2 set point is ignored.
2= Vout1 is controlled solely through CO2. Temperature set point is ignored.
d. VAV1 minimum voltage 0 to 10V for ventilation damper is possible.
0=Standard 0V, 20=2V, 55=5,5V, etc.
e. Options of window functionality:
The window function works by means of the sensor constantly checking the
temperature change over a period of 5 minutes. If for example the temperature has
dropped more than five degrees during this period, the sensor will shut off the heat
(VAV2). The heat will be turned off for 20 minutes. The desired temperature change
can be set
, standard 5°C.
f. Possibility of choosing dead zone functionality:
Standard 0°C, can be activated and changed up to ±10 °C.
Standalone
Three PI
regulators
control VAV1
and VAV2.
There are PI
parameters
for CO2 and
temperature
for VAV1 and
there are PI
parameters
for VAV2
temperature
for the heat
valve
adjustment
.
3
Stand-alone
PI-adjustment
See mode 2.
a. The temperature can be adjusted between 5 °C and 30 °C.
Other setting options – see mode 2.
4
Modbus
(Also as
Stand-alone)
Data is sent
to the BMS
terminal
a. Possible to choose digital input etc. Standard setting is ”0” for register 40003 = AC.
See program guide page 4
b. Standard fixed set-point is 21°C. The temperature is adjustable ±3°C.
Set-point (temp og CO2) can be local or be changed by Modbus or Local
Temperature set-point and CO2 via Modbus. 0=Standard local, 1=via Modbus,
2 Local Temperature set-point and CO2 set-point via Modbus.
c. Possibility of adjustment of centre point and ± span on the temperature potentio-
meter. Standard 21°C, +/-3°C.
d. Lokal PI regulator.
PI regulators control VAV1 and VAV2. There are PI parameters for CO2 and
temperature for VAV1, and PI parameters for VAV2 temperature for the
heat valve
r
.
egulation
e. Options for choice of VAV1 control-parameters:
0=Vout1 (standard) is controlled through CO2 and temperature, where the highest
calculated PI-value is deciding.
1=Vout1 is controlled solely through temperature. CO2 set-point is ignored.
2=Vout 1 is controlled solely through CO2 Temperature set-point is ignored.
.
f. VAV minimum voltage 0 to 10V for ventilation damper.
0=Standard 0V, 20=2V, 55=5,5V, etc.
g. Forced opening of VAV1:
0=Standard, 1=Forced opening of VAV1 in Unoccupied mode.
h. Optional choice of window function:
The window function works through the sensor constantly checking the
temperature change over a period of 5 minutes. If for example the temperature has
dropped more than five degrees during this period, the sensor will shut off the heat.
(VAV2). The heat will be turned off for 20 minutes.
The required temperature change can be set, standard 5°C.
i. Optional choice of 3 full dead zone functionalities:
0=Occupied, standard ±1 °C.
1=Standby, standard ±3 °C.
2=Unoccupied, standard ±6°C, possibility of forced opening of VAV1 damper.
j. Possibility of choosing downdraft function:
Possibility of opening the
VAV2 heat valve percentage-wise depending on the
outdoor temperature.
5
Modbus is
controlled
from the BMS
system only.
Humidity
output only
applicable for
307-001
a. Possibility of choosing digital input etc. Standard setting is ”0” for register 40003 =
AC. See program guide page 3
b. No adjustment options for temperature, RH and CO2.
All sensor values are read via Modbus and output voltages from InClimate are
BMS
controlled from
central unit.
CO2
0-2000
PPM
VAV
control
Temp.
control
No
output
VAV
control
Temp.
control
No
control
VAV
control
Temp.
control
No
control
Controlled
from
CTS
O
N
1 2 3
7
Forced
control
a. Forced opening (VAV1, VAV2, VAV3) 10V
cannot be used for
with
VAV3,
InClimate
digital input.
VAV1
VAV2
VAV3
InClimate functions and various functions are changed via Modbus
or InClimate programming tool (ordering number 307-009)
Humidity
output
Only 307-
01/002/
003/004
Controlled
from
CTS
