Symbols used:
Attention! This indicates a hazard.
Note: This section contains important additional information!
Hazard information
The Homematic IP Wall Thermostat offers time-controlled regulation of floor heating systems in connection with Homematic IP Floor Heating Actuators or conventional radiators using Homematic IP Radiator Thermostats according to individually tailored heating phases. The wall thermostat serves to measure the temperature and humidity in a room. The data is cyclically transmitted to a floor heating actuator or radiator thermostat in order to regulate the room temperature precisely. You can pair the wall thermostats with a Homematic IP CCU3 or connect it to the Homematic IP access point in order to control the device comfortably via the Homematic IP app. Thanks to battery operation, the device is highly flexible where mounting and selecting a mounting location are concerned. The device is mounted and removed very easily with the supplied clip-on frame using screws or adhesive strips. It is compatible with a number of different surfaces including furniture, brick walls, tiles or glass. It is also possible to integrate the wall thermostat into existing switches.
Device overview (see figure 1):
Display overview (see Figure 2):
General system information
This device is part of the climate control solution of Homematic IP and works with the Homematic IP radio protocol. All devices of the climate control solution can be configured comfortably and individually with a smartphone via the Homematic IP app. The available functions provided by the Homematic IP system in combination with other components are described in the Homematic IP User Guide. All current technical documents and updates are provided at www.homematic-ip.com.
Start-up
Please read this entire section before starting the pairing procedure. The wall thermostat must first be added in order to be able to communicate with other devices in your system. To control your heating, you can teach the wall thermostat to the Homematic IP Access Point as described in see „5.1 Pairing the Homematic IP Access Point“ on page 33. For more information on teaching and setting up the wall thermostat using a CCU3, please refer to the WebUI manual on our homepage at www.homematic-ip.com.
Pairing the Homematic IP Access Point
First set up your Homematic IP Access Point via the Homematic IP app to enable operation of other Homematic IP devices within your system. For further information, please refer to the Access Point operating manual. To add your wall thermostat to the access point, please proceed as follows:
Please read this entire section before starting the installation. You can use the supplied clip-on frame (A) to mount the wall thermostat or easily integrate it into an existing switch (see see „5.2.4 Installation in multiple combinations“ on page 37). If you want to mount the wall thermostat with the supplied clip-on frame, you can use
Adhesive strip mounting
For mounting the assembled wall thermostat with the adhesive strips, please proceed as follows:
Choose a site for installation.
For mounting the wall thermostat by screws, please proceed as follows:
Mounting on flush-mounted boxes
Please note! Only to be installed by persons with the relevant electro-technical knowledge and experience!*
Incorrect installation can endanger
The incorrect installation also means that you are running the risk of serious damage to property, e.g. from fire. You risk personal liability for personal injury and property damage.
Specialist knowledge required for installation:
The following specialist knowledge is particularly important during installation:
Installation in multiple combinations
You can mount the wall thermostat with the attachment frame (A) provided or use it with frames of other manufacturers as well as integrate the electronic unit (B) into a multi-gang frame. You can flexibly fix the mounting plate (F) to the wall using adhesive strips or screws. For mounting with multiple combinations, make sure that the mounting plate of the wall thermostat is seamlessly aligned to the already fixed mounting plate/ retaining ring.
The wall thermostat is designed to fit into frames supplied by the following manufacturers:
Operating modes and configuration
After pairing and mounting the device, you can individually adjust the settings to your personal needs via the configuration menu. To do this, proceed as follows:
Automatic mode
In automatic mode, the temperature is controlled in accordance with the set week profile (see see „6.6.1 Week profile“ on page 40). Manual changes that are set via the control wheel (E) are activated until the next point at which the profile changes. Afterwards, the defined heating schedule will be activated again. To activate the automatic mode, please proceed as follows:
Manual operation
In manual mode, the temperature is controlled in accordance with the current temperature set via the control wheel (E). The temperature remains activated until the next manual change. To activate the manual mode, please proceed as follows:
Selecting the desired temperature display
Information
Please note that the settings described below (chapter 6.4 to chapter 6.9) can only be set up via the Homematic IP App or WebUI. For more information, see the user manual on our homepage at www. homematic-ip.com.
Holiday mode
The holiday mode can be used if you want to maintain a fixed temperature for a certain period (e.g. during your holidays or a party).
Operating lock
Operation of the device can be locked to avoid settings being changed unintended (e.g. through involuntary touch).
Programming of heating schedules
You can use this menu item for configuring heating and cooling profiles and to adjust the week profiles according to your personal needs. If the selected schedule is a heating schedule, the room is heated as soon as the temperature falls below the defined value. If the selected profile is a cooling profile, the room is cooled as soon as the temperature increases the defined value.
Week profile
In the week schedule, for each weekday up to 6 heating schedules(13 change settings) can be set separately. The programming is carried out for the selected days, whereby temperature settings have to be set for the entire period between 00:00 and 23:59h.
Optimum start/stop function
To reach the desired temperature in the room at the defined time you can activate the optimum start/stop function.
Date and time
You can set the year, month, day and time.
Offset temperature
As the temperature is measured on the wall thermostat, the temperature distribution can vary throughout a room. To adjust for this, a temperature offset of ±3.5 °C can be set. If, for example, 18 °C is measured instead of the 20 °C set, an offset of -2.0 °C must be set. An offset temperature of 0.0 °C is set in the factory settings.
Linking the floor heating actuator
To use a Homematic IP floor heating actuator with the Homematic IP wall thermostat, it must first be taught to the Homematic IP Access Point and then linked to the wall thermostat. For more information on the configuration options, please refer to the operating instructions of the Homematic IP floor heating actuator and the Homematic IP user manual.
Communication test
You can check the connection between your Homematic IP Wall Thermostat and the Homematic IP Floor Heating Actuator. During this test, the wall thermostat transmits a switching command to the floor heating actuator. Depending on the current status of the actuator, the device is switched on or off for confirmation after receiving the command.
Changing the batteries
If the symbol for empty batteries ( ) appears in the display or in the app, please replace the used batteries by two new LR03/micro/AAA batteries. You must observe the correct battery polarity.
To replace the batteries of the wall thermostat, please proceed as follows:
Caution!
Low battery
Provided that the voltage value permits it, the wall thermostat will remain ready for operation also if the battery voltage is low. Depending on theparticular load, it may be possible to send transmissions again repeatedly once the batteries have been allowed a brief recovery period. If the voltage drops too far during transmission, the empty battery symbol ( ) and the corresponding error code will be displayed on the device (see see „9.4 Error codes and flashing sequences“ on page 44). In this case, replace the empty batteries by two new batteries (see see „8 Changing the batteries“ on page 42).
Command not confirmed
If at least one receiver does not confirm a command, the device LED lights up red at the end of the failed transmission process. The failed transmission may be caused by radio interference (see see „12 General information about radio operation“ on page 46). This may be caused by the following:
Duty cycle
The duty cycle is a legally regulated limit of the transmission time of devices in the 868 MHz range. The aim of this regulation is to safeguard the operation of all devices working in the 868 MHz range. In the 868 MHz frequency range we use, the maximum transmission time of any device is 1% of an hour (i.e. 36 seconds in an hour). Devices must cease transmission when they reach the 1% limit until this time restriction comes to an end. Homematic IP devices are designed and produced with 100% conformity to this regulation. During normal operation, the duty cycle is not usually reached. However, repeated and radio-intensive pairing processes mean that it may be reached in isolated instances during start-up or initial installation of a system. If the duty cycle is exceeded, this is indicated by three slow flashes of the device LED, and may manifest itself in the device temporarily working incorrectly. The device starts working correctly again after a short period (max. 1 hour).
Error codes and flashing sequences
Restoring factory settings
The device does not require you to carry out any maintenance other than replacing the battery when necessary. Leave any maintenance or repair to a specialist. Clean the device using a soft, clean, dry, and lint-free cloth. You may dampen the cloth a little with lukewarm water in order to remove more stubborn marks. Do not use any detergents containing solvents, as they could corrode the plastic housing and label.
General information about radio operation
Radio transmission is performed on a non-exclusive transmission path, which means that there is a possibility of interference occurring. Interference can also be caused by switching operations, electrical motors or defective electrical devices.
The range of transmission within buildings can differ greatly from that available in the open air. Besides the transmitting power and the reception characteristics of the receiver, environmental factors such as humidity in the vicinity play an important role, as do on-site structural/ screening conditions.
eQ-3 AG, Maiburger Straße 29, 26789 Leer, Germany hereby declares that the radio equipment type Homematic IP HmIP-WTH-1 is compliant with Directive 2014/53/EU. The full text of the EU declaration of Conformity is available at the following internet address: www.homematic-ip.com
Instructions for disposal
Do not dispose of the device with normal domestic waste! Electronic equipment must be disposed of at local collection points for waste electronic equipment in compliance with the Waste Electrical and Electronic Equipment Directive.
Information about conformity
The CE mark is a free trademark that is intended exclusively for the authorities and does not imply any assurance of properties.
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