14. CALIBRATION
(CAr, CAF, CAE – Parameters 10, 11, 12)
Using Floor / External sensor (F, A2 or A2F-mode)
In this mode, you may adjust the displayed temperature. If the
Temperature sensor is not calibrated properly, you can make minor
changes to the temperature readout. You can calibrate the measured
temperature by up to ±4°C.
You may later adjust the temperature recorded by the sensor using in the
menu structure or using parameters.
SENSOR TYPE
CALIBRATION FROM
MENU STRUCTURE
PARAMETER
Internal Sensor
CAr
10
Floor Sensor
CAF
11
External Sensor
CAE
12
15. BRIGHTNESS
Use Left and Right (up and down) buttons to adjust the brightness level
from 0 to 9. Confirm with the Center (confirm) button.
16. HYSTERESIS (dIF)
In this mode, you can make changes to the thermostat hysteresis. You
may change the hysteresis from 0,3°C up to max 3,0°C. Confirm with the
Center (confirm) button. The Default setting is 0,5°C. When using water
based heating, the recommended hysteresis is a minimum of 1,0°C.
This only applies when using a floor sensor or an external sensor.
17. MIN/MAX TEMPERATURE SETTINGS
Flo
Min Floor temperature
FHI
Max Floor temperature
ALo
Min Air/room temperature
AHI
Max Air/room temperature
Confirm with Center (confirm)
ESC
Leaving programming mode.
Confirm with the Center (confirm) button.
When using the thermostat is used in (AF or A2F) the floor limiter FHI is
automatically set to 27°C. When using any other sensor type (A, F or A2F)
the max temperatures is default 5°C minum and 40°C maximum.
18. FAST FUNCTIONS FROM STANDBY / MAIN SCREEN
This is a list of some functions that you may use without entering the
menu structure. From standby modus you may do the following:
18.1 DISPLAY ON/OFF (don/doF)
Activate by pressing the Left and Center (up and confirm) buttons for
10 seconds. The display light is temporarily activated if one of the
buttons is pushed.
In case doF is activated, the screen will be blank (may be used if installed
where people are sensitive to the display light). When touching the
display, the screen lights up.
18.2 CHILD LOCK (LOC)
By pressing the Left and Right (up and down) buttons for 10 seconds,
child lock will be activated, and no changes can be made. Trying to
make changes causes the LOC text to appear on the display.
Child lock is deactivated by pressing Left and Right (up and down)
buttons for 10 seconds. OPn will appear on the display.
19. ERROR CODES
Err
Adding fail
See Chapter 6.1 ”Add/Remove”.
Er1
Internal error
Contact your local dealer.
Er2
Z-Wave error
Contact your local dealer.
Er3
Internal error
Contact your local dealer.
Er4
Floor sensor error
You have chosen F, AF or A2F sensor mode without having a
floor sensor connected, or the sensor may be damaged.
Er5
External sensor error
You have chosen A2 or A2F, and there are no external
sensors installed or the sensor may be damaged.
20. Z-WAVE QR-CODE / DSK
The QR-Code is needed when including a device using S2 security or
SmartStart. The Z-Wave DSK can be found in the QR-Code which is
located in 3 locations:
1. On the product box.
2. On the physical product, placed on the black plastic underneath
the front.
3. On the PCB internally.
21. SECURITY
S2 security enhances Z-Wave Plus with an additional layer of AES 128-bit
encryption of the wireless Z-Wave communication to prevent hacking
and man-in-middle attacks on the home network. This device supports
S2 and has a Z-Wave DSK QR-Code label that may be used when the
module is added to the Z-Wave home network. The primary controller will
ask for a 5-digit code, which can be found underneath the QR-Code. The
primary controller will then ask you to confirm the rest of the code that is
contained in the QR-Code.
22. NODE INFORMATION FRAME
The node information frame is the ”business card” of a Z-Wave device.
It contains information about the device type and its technical features.
The add and remove procedure of the device is confirmed by sending
out a node information frame. Besides this, it may be necessary for certain
network operations to send out a node information frame.
23. ASSOCIATIONS
Z-Wave devices interact with other Z-Wave devices. The relationship
between one device controlling another device is called an association.
In order to control a subordinate device, the controlling device needs to
maintain a list of devices that will receive controlling commands. These
lists are called ”Association Groups”. They are always related to the specific
event triggered (e.g., sensor reports). In case the event is triggered, all
devices stored in the respective association group will receive a joint
wireless command.
SETTING AND REMOVING ASSOCIATIONS
Associations may be assigned and removed via Z-Wave commands.
Please refer to your primary controller/Z-Wave gateway for more
information.
