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Unabhängig von der zum Einsatz kommenden
KNX-Schnittstelle TP oder NetIP können in der Vollausstattung bis zu 18
Sensoren an die UNIKLIMA® vario angeschlossen werden. Diese 18 Sensoren
verfügen über jeweils 5 KNX-Objektdatenpunkte für die einzelnen
Meßintervalle (Sekunden, Minuten, Stunden, Tag, flexibles Meßintervall),
sowie weitere 6 digitale Ein- und Ausgänge. Zusätzlich können 20
Systeminformationen der Wetterstation abgerufen werden.
Es steht eine Auswahl von 70 verschiedenen Sensoren mit
den entsprechenden KNX-Datenpunkttypen zur Verfügung, wie z.B.
Luftdruck, Lufttemperatur, Feuchte, Windrichtung und -geschwindigkeit,
Niederschlag, Strahlung usw.
| Sensor (Deutsch) |
Sensor (Englisch) |
DPT ID |
DPT Name und Einheit |
| Absolute Luftfeuchte [g/m³] |
Absolute humidity [g/m³] |
14 |
4-Octet Float Value |
| Analog [%] |
Analog [%] |
5.001 |
DPT_Scaling [0..100%] |
| Ausgang [sec] |
Digital output [sec] |
9.010 |
DPT_Value_Time1 [s] |
| Azimut(N) Sonne [°] |
Azimut(N) sun [°] |
5.003 |
DPT_Angle [0…360°] |
| Beleuchtungsstärke [Lux] |
Illuminance [Lux] |
9.004 |
DPT_Value_Lux [Lux] |
| Blattnässe [%] |
Leaf wetness [%] |
5.001 |
DPT_Scaling [0..100%] |
| Blattnässedauer [sec] |
Leaf wetness duration [sec] |
9.010 |
DPT_Value_Time1 [s] |
| Bodentemperatur [°C] |
Soil temperature [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Deponietemperatur [°C] |
Dump temperature [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Diffuse Strahlung [W/m²] |
Diffuse radiation [W/m²] |
14 | 4-Octet Float Value |
| Echter Hopfenmehltau [TA] |
Hop powdery mildew [Day] |
14 |
2-Octet Unsigned Value |
| Eingang [sec] |
Digital input [sec] |
9.010 |
DPT_Value_Time1 [s] |
| Elektroenergie-Kanal [W] |
Electro energy channel [W] |
14.056 |
DPT_Value_Power [W] |
| Error |
Error |
14 | 2-Octet Unsigned Value |
| Feuchttemperatur [°C] |
Temp. wet calculated [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Formelinterpreter |
Formula interpreter |
14 | 4-Octet Float Value |
| Frequenz [Hz] |
Frequency [Hz] |
14.033 |
DPT_Value_Frequency [Hz] |
| Nasstemperatur [°C] |
Frost temperature [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Gas [m³] |
Gas [m³] |
14.076 |
DPT_Value_Volume [m³] |
| Globalstrahlung [W/m²] |
Solar radiation [W/m²] |
14 | 4-Octet Float Value |
| Globalstrahlung CMP [W/m²] |
Solar radiation CMP [W/m²] |
14 |
4-Octet Float Value |
| GS1 ohne Glas [W/m²] |
SR1 without glass [W/m²] |
14 | 4-Octet Float Value |
| GS2 hinter Glas [W/m²] |
SR2 behind glass [W/m²] |
14 |
4-Octet Float Value |
| Höhenwinkel Sonne [°] |
Altitude(N) sun [°] |
14.007 |
DPT_Value_AngleDeg [°] |
| Hopfenindex |
Hop index |
14 |
2-Octet Unsigned Value |
| Künstl.Bewässerung [mm] |
Artificial irrigation [mm] |
9.026 |
DPT_Rain_Amount [l/m²] |
| Luftdichte [g/m³] |
Air density [g/m³] |
14 |
4-Octet Float Value |
| Luftdruck [Pa] |
Barometric pressure [Pa] |
9.006 |
DPT_Value_Pres [Pa] |
| Lufttemperatur [°C] |
Temperature [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Max. absol. Luftfeuchte [g/m³] |
Max. absolute humidity [g/m³] |
14 | 4-Octet Float Value |
| Max. Dauerstromstärke [A] |
Max. permanent current [A] |
14.019 |
DPT_Value_Electric_Current [A] |
| Niederschlag [mm] |
Precipitation [mm] |
9.026 |
DPT_Rain_Amount [l/m²] |
| Niederschlag manuell [mm] |
Precipitation manually [mm] |
9.026 |
DPT_Rain_Amount [l/m²] |
| Niederschlagsdauer [sec] |
Precitipation duration [sec] |
9.010 |
DPT_Value_Time1 [s] |
| NR-Intensität [Imp/min] |
Precit.-intensity [imp/min] |
14 |
2-Octet Unsigned Value |
| Ortsdosisleistung [nSv/h] |
Gamma Dose Rate [nSv/h] |
14 | 4-Octet Float Value |
| Ozon [µA] |
Ozone [µA] |
14 |
4-Octet Float Value |
| PAR-Strahlung [µA] |
PAR radiation [µA] |
14 | 4-Octet Float Value |
| Pegel [cm] |
Level [cm] |
14 |
4-Octet Float Value |
| Phar-Strahlung [µmol/m²s] |
Phar radiation [µmol/m²s] |
14 | 4-Octet Float Value |
| Photovoltaik [µA] |
Photo voltaic [µA] |
14 |
4-Octet Float Value |
| Psychrotemp.naß [°C] |
Temperature wet [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Psychtemp.trocken [°C] |
Temperature dry [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Radioaktivität [nGy/h] |
Radioactivity [nGy/h] |
14 | 4-Octet Float Value |
| Relais [sec] |
Relay [sec] |
9.010 |
DPT_Value_Time1 [s] |
| Relative Luftfeuchte [%] |
Relative humidity [%] |
9.007 |
DPT_Value_Humidity [%] |
| Sättigungsdampfdruck Eis [hPa] |
Satur. vapor press. ice [hPa] |
14 |
4-Octet Float Value |
| Sättigungsdampfdruck H20 [hPa] |
Satur. vapor press. H2O [hPa] |
14 | 4-Octet Float Value |
| Sonnenscheindauer [sec] |
Sunshine duration [sec] |
9.010 |
DPT_Value_Time1 [s] |
| Spannung [mV] |
Voltage [mV] |
9.020 |
DPT_Value_Volt [mV] |
| Strom [µA] |
Current [µA] |
14 |
4-Octet Float Value |
| Taupunkt-Temperat. [°C] |
Dew point temperature [°C] |
9.001 |
DPT_Value_Temp [°C] |
| UV-Strahlung [W/m²] |
UV radiation [W/m²] |
14 |
4-Octet Float Value |
| Verdunstung (Haude) [mm] |
Evaporation (Haude) [mm] |
14 | 4-Octet Float Value |
| Verdunstung berechnet [mm] |
Evaporation calculated [mm] |
14 |
4-Octet Float Value |
| Wärmeleistung [W] |
Warmth power [W] |
14.056 |
DPT_Value_Power [W] |
| Wasserbilanz [mm] |
Water balance [mm] |
14 |
4-Octet Float Value |
| Wind-Chill-Index [°C] |
Wind chill index [°C] |
9.001 |
DPT_Value_Temp [°C] |
| Windgeschwindigkeit (K) [kts] |
Wind speed (kts) [kts] |
14 |
4-Octet Float Value |
| Windgeschwindigkeit [m/s] |
Wind speed [m/s] |
9.005 |
DPT_Value_Wsp [m/s] |
| Windhöhe [°] |
Wind elevation angle [°] |
14.007 |
DPT_Value_AngleDeg [°] |
| Wind-Leistung [kW] |
Wind power [kW] |
9.024 |
DPT_Power [kW] |
| Windmaximum (K) [kts] |
Wind maximum (kts) [kts] |
14 |
4-Octet Float Value |
| Windmaximum [m/s] |
Wind maximum [m/s] |
9.005 |
DPT_Value_Wsp [m/s] |
| Windrichtung [°] |
Wind direction [°] |
5.003 |
DPT_Angle [0…360°] |
| Windstärke [Bf] |
Wind force [Bf] |
20.014 |
DPT_Beaufort_Wind_Force_Scale |
| Wind-Volumenstrom [m³/s] |
Wind volume [m³/s] |
14 |
4-Octet Float Value |
| Zeit [sec] |
Time [sec] |
9.010 |
DPT_Value_Time1 [s] |
Das PC Software-Tool ETS
(Engineering Tool Software) erlaubt die Planung, Projektierung und
Inbetriebnahme.
Projektdatenbankeintrag der
UNIKLIMA® vario für die ETS zum Download.
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