Related Manuals for Lufft WS10
Summary of Contents for Lufft WS10
- Page 1 WS10 mart eather enSor ne · a passion for precision · passion pour la précision · pasión por la precisión · passione per la precisione · a pa www.lufft.de...
-
Page 2: Table Of Contents
Content Change log ........................... - 1 - Read before commissioning ....................- 2 - Used symbols ......................- 2 - Safety ............................ - 2 - Safety notices ......................- 2 - Warning signs ......................- 3 - Warning signs on the device ................... - 3 - Intended use ...................... - Page 3 7.1.1 Adjustment to the local time zone ................ - 19 - 7.1.2 Adjustment of location height ................- 19 - 7.1.3 Manual adjustment to the north ................- 20 - 7.1.4 Wind direction at calm winds ................- 20 - 7.1.5 Manual activation of precipitation radar ..............
-
Page 4: Change Log
Date Change V1.0 2018/04/03 Fist version (pre-series) • Manual alignment description of the WS10 V1.1 2018/07/23 • Various screenshoots for device settings added • Modbus register description added and corrected • Added new UMB channel descriptions (for example, daily rainfall) •... -
Page 5: Read Before Commissioning
1 Read before commissioning This manual is part of the device It must be stored close to the device, so people in need find it quickly. This manual must be read and understood by the people installing and operating the device. This is valid especially for the chapter safety. 1.1 Used symbols Important notice for correct operation of the device Necessary step... -
Page 6: Warning Signs
2.2 Warning signs Symbol Meaning Important notice of possible risks to the user Warning of hot surfaces Warning of dangerous electrical voltage Fall hazard Warning of damaging the device 2.3 Warning signs on the device Wind measurement dome: Warning of hot surfaces Safety - 3 -... -
Page 7: Intended Use
• under some circumstances, there is a risk of electric shock 3 Scope of delivery Weather station WS10 Connector 3.1 Further documents and software You will find the following documents and software available to download online at www.lufft.de:... -
Page 8: Device Description
4 Device description The WS 10 weather station is a device to measure different meteorological data to be used mainly but not exclusive for home automation. 4.1 Overview Weather station WS10 Connector Transparent glass Mounting bracket Wind measurement dome Connection... -
Page 9: Air Temperature And Humidity
4.6 Global Radiation The global radiation is measured by a pyranometer mounted in the top cover of the WS10. 4.7 Position of the sun The position of the sun is calculated by the geographical position of the weather station plus the current date and time. -
Page 10: Uv-Index
4.12 UV-Index The UV-Index is a standard measurement value of the strength of sunburn-producing ultraviolet (UV) radiation. The UV radiation is measured with an integrates sensor and the UV- Index is calculated. Note: The measured UV-Index must not be used for medical applications. Schutz Risk UV-Index... -
Page 11: Measurement Output
5 Measurement Output Measurements are transmitted in accordance with UMB binary protocol (Factory Settings). It is recommended to set up and poll the station with ConfigTool.NET. You can find an example of a measurement request in different protocols and a complete summary of the list of channels in the Appendix. -
Page 12: Wind Speed
Note: Ch. 502 wind direction is calculated from the wind direction measured by the wind sensor and the heading measured by the compass. Note: During calm wind situations the WS10 will keep the last measured wind direction. This can be adjusted in the ConfigTool.NET (see chapter Wind direction at calm winds). -
Page 13: Precipitation Quantity - Absolute
5.7 Precipitation Quantity - Absolute Sampling rate Event-dependent on reaching the response threshold Units l/m²; mm; in; mil Response threshold 0,01mm (Radar) Request channels: UMB Channel Measuring range Measurement variable (float32) unit Precipitation Quantity - Absolute 100000 l/m² Precipitation Quantity - Absolute 100000 Precipitation Quantity - Absolute 3937,008... -
Page 14: Precipitation Intensity
0,0656 in/m Precipitation intensity 3937,008 mil/h Note: The WS10 calculate the precipitation intensity from the accumulated precipitation differences of the last 6 minutes before the measurement data request. 5.11 Precipitation Type Sampling rate Event-dependent on reaching the response threshold Response threshold... -
Page 15: Global Radiation
5.12 Global radiation Sampling rate 1 sec Unit W/m² Request channels: UMB Channel Measuring range Measurement variable (float32) unit Global radiation 1500 W/m² 5.13 UV-Index Sampling rate 1 sec Unit digits Request channels: UMB Channel Measuring range Measurement variable (uint8) unit UV-Index digits... -
Page 16: Position Of The Sun
5.16 Position Of The Sun Sampling rate 10 sec Unit ° Request channels: UMB Channel Measuring range Measurement variable (float32) unit Position of the sun - azimuth ° Position of the sun - elevation ° 5.17 Position Sampling rate 10 sec Request channels: UMB Channel Measuring range... -
Page 17: Montage
Lay the cables so that nobody can trip over them. To ensure a reliable rain radar measurement, the WS10 must be at least 8 m apart. The following tools are required for installation: • fork or ring spanner SW10... -
Page 18: Installation Sketch
6.1 Installation Sketch Tube (Ø 35 mm) Proposed height 2000 mm WS10 Proposed distance 500 mm Free surrounding >1000 mm To achieve a correct measurement of global radiation, make sure the WS 10 is in all directions horizontally aligned. Montage... -
Page 19: Connections
To ensure the correct functionality of the WS10 the notes below concerning the place of installation must be followed: • Free sight to the sky – for the correct function of the GPS module and the precipitation measurement the WS10 must have a free sight to the sky. -
Page 20: Fastening
Mounting bracket Cable The WS10 is mounted on a tube in horizontal position. Make sure the tube is mounted safely at a fixed mounting point (e.g. mast, building, etc.) Put the connector (1) of the connecting cable into the connector (2) of the WS10 (3). -
Page 21: Commissioning
7.1 Configuration After connecting the supply voltage the WS10 will start automatically. If there is no WiFi configured, the WS10 starts in WiFi access point mode. By using the UMB- ConfigTool.NET you can now configure the WS10. Be aware, that the configuration mode is limited to 30 min. -
Page 22: Adjustment To The Local Time Zone
7.1.1 Adjustment to the local time zone The system time (UTC) of the WS10 is adjusted automatically by the GPS-Modul. To adjust the WS10 to the local time zone where the WS10 is installed, you need to enter the respective offset value. -
Page 23: Manual Adjustment To The North
7.1.3 Manual adjustment to the north In rare occasions there is a need to manually adjust the WS10 to the north. This could be the case if the WS10 is mounted close to a strong magnetic field or large steel constructions. -
Page 24: Manual Activation Of Precipitation Radar
2. Connect B+ to Pin 5 of the WS10 connector Switching to the configuration mode is indicated by a short blue flashing of the status LED. As long as the WS10 is in configuration mode, this is indicated by a green flashing every 10s of the status LED. -
Page 25: Communication With Weather Underground
Step 1: Push the red point to the geographical location of your WS10 weather station If the WS10 weather station is close to a house with a postal address, you can also find your location by adding this address The coordinates and the height above sea level is automatically generated by the map Step 2: On the next page, please add additional information. -
Page 26: Communication Through Com1 / Rs485
MODBUS-RTU MODBUS-ASCII UMB-ASCII 2.0 *) factory setting The change to another communication protocol will need a restart of the WS10 to take effect. 7.5.1 UMB binary UMB binary is the standard protocol used for configuration of the WS10 with the ConfigTool.NET. - Page 27 Measurement values are mapped to Modbus Input Registers. The range of values available is basically the same as for the UMB protocol, including different unit systems. In the interest of simple and safe integration the use of register pairs for floating point values or 32 bit integers, which is not part of the Modbus standard, has not been applied.
- Page 28 Function 0x03 Read Holding Register The Holding Registers are used to make a selected set of adjustable parameters available for Modbus access. As for the measurement values the parameters are mapped to 16bit integers. Reg. Reg. Function Values Scale Addr Altitude in m, for calculation of relative air Local Altitude pressure...
- Page 29 When using the metric unit system, the first three blocks can the supply all data usually required with one request. There is no difference in the register assignment between the sub types of the WS family. If, dependent on the type, some value is not available, this will be indicated by setting the register to the error value.
- Page 30 7.5.3.7.2 Measurement values - Metric Reg. Reg. Value (UMB Channel) Range Scaling signed/unsigned, Remarks Adr. Air Temperature -40..60 °C signed Dewpoint Temperature -40..60 °C signed Relative Humidity 0..100 % unsigned Absolute Humidity 0..100 g/m³ unsigned Absolute Air Pressure 300..1100 hPa unsigned Relative Air Pressure 300..1100 hPa...
- Page 31 Reg. Reg. Value (UMB Channel) Range Scaling signed/unsigned, Remarks Adr. Position of the sun 0..360 ° Unsigned Azimuth Position of the sun 0..90 ° Unsigned Elevation UV-Index 0..20 unsigned Brightness 0..160 klx unsigned Twilight 0..500 lx unsigned 7.5.3.7.3 Measurement values - Imperial Reg.
- Page 32 Reg. Reg. Value (UMB Channel) Range Scaling signed/unsigned, Remarks Adr. 119 Precipitation 0..65,53 in 1000 unsigned 120 Precipitation diff. 0..3,973 in 10000 unsigned 122 Precipitation Intensity 0..3,973 in/h 10000 unsigned 123 Precipitation Intensity 0..0,06561 100000 unsigned in/min 128 Global Radiation 0..1500 W/m²...
-
Page 33: Maintanance
Maintanance There is no need to regularly service the WS10. However, if there is an accumulation of dirt on the WS10 surface, especially on the glass you should clean the surface. To clean the glass you must only use water and dishwashing detergent. Don’t use any other detergent containing alcohol or any other acid. -
Page 34: Declaration Of Conformity
8.1 WS100 FCC Compliance Statement (US) Product: Smart Weather Sensor Type: WS10 (Order No.: 8368.WS10P) This device contains FCCID: UF9WS010. This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: This device may not cause harmful interference, and this device must accept any interference received, including interference that may cause undesired operation. -
Page 35: Disposal
→ Check the device configuration Green short blink every 10 sec WS10 in Wi-Fi access mode Blue - Green short blink every 10 sec WS10 in Wi-Fi access mode forced through configuration pin 10.3 Error codes UMB Status Definition Description... -
Page 36: Technical Data
11 Technical Data 11.1 Electrical Data 9…36 V DC Supply Voltage 850 mA bei 9 V / 230 mA bei 24 V Current Consumption 2,5 A (slow blow) Fuse supply Voltage IP 67 Protection Class 11.2 Measurements - 40 … 60 °C Range Air Temperature ±1,0 °C (+5 …... -
Page 37: Interfaces
11.3 Interfaces RS485 2-wire, 5 V Wired 9600…115200 Baud (Standard 19200 Baud) Baud rate 802.11:b/g/n WLAN WPA2/WPA Personal, WPA2 WPA Enterprise und WEP WLAN Security 11.4 Mechanical data 227 mm x 145 mm x 130 mm Dimensions (L x B x H) 0,5 kg Weight 35 mm... -
Page 38: Appendix
12 Appendix 12.1 Approved Countries for precipitation radar all members of the European Union Swiss Island Norway Canada Appendix - 35 -... -
Page 39: Contact
13 Contact For warranty and repair, please contact: G. Lufft Mess- und Regeltechnik GmbH Gutenbergstraße 20 D-70736 Fellbach Tel: +49(0)711-51822-0 Fax: +49(0)711-51822-41 Mail: info@lufft.de www.lufft.de Contact - 36 -... - Page 40 G. LUFFT Mess- und Regeltechnik GmbH Lufft Germany: Fellbach Headquarter: Gutenbergstr. 20 70736 Fellbach GERMANY Phone: +49 711/51822-0 Fax: +49 711/51822-41 info@lufft.com www.lufft.com Berlin: G. Lufft GmbH Carl-Scheele-Straße 16 12489 Berlin GERMANY Phone: +49 711 51822-831 Fax: +49 711 51822-944 info@lufft.com...
Need help?
Do you have a question about the WS10 and is the answer not in the manual?
Questions and answers