Immediately enhances comfort after straightforward, wireless installation. Whether in a new or existing building, the energy-saving radiator thermostat ensures a comfortable temperature throughout the entire house. With boost function, internal temperature sensor and many more functions, it not only guarantees ease of living, but also reduces energy consumption and costs through needs-based heating.
A KNX RF Multi media coupler is required for operation.
Features
- Manual operation or in KNX RF S mode
- Internal temperature sensor or measured values via group object
- Boost function
- Battery status detection
- Four operating modes (comfort, standby, night mode, frost protection)
- Operating modes (summer/winter)
- Output of error messages (e.g. valve jammed)
- Configurable forced setting
- Setpoint value display on device
- Service mode available
- Scenes can be configured individually
- Master/slave dependencies enable grouping of several thermostats
- Output of “in operation” (Heartbeat) group object
- Automatic valve rinsing to prevent calcification
- Configurable setpoint values for each mode and heating program
- Full support of KNX Secure
- Support of long frames
- Can be updated via KNX RF
Plus points
- First battery-operated KNX RF S mode radiator thermostat
- Long battery life
- Existing installations can be easily retrofitted and extended
- KNX Secure ensures optimal security
- Integration of door/window contacts and other devices via KNX
Technical data
Rated voltage: |
Supply via 2 x AA battery |
Battery life: |
Typically two heating periods |
KNX communication: |
RF1.M (Multi) |
|
868.3 MHz, 868.95 MHz, 869.85 MHz, 869.525 MHz |
RF transmission power: |
max. 25 mW |
Transmission range in free field: |
100 m (typical) |
Threaded connection: |
M 30 x 1.5 mm |
Set force: |
max. 120 N |
Ambient temperature: |
0 °C to +50 °C |
Dimensions: |
53 mm x 85 mm x 70 mm |
Note
A KNX RF Multi media coupler is required for operation!
For ETS6 or higher
LED Display orientation Vertical (Firmware Update to enable Horizontal orientation due Q1 2025)