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Summary of Contents for FuehlerSysteme eNET International Compact FS6003
- Page 1 Instructions for Use Weather Station Compact FS6003 1 / 34 ba_7-1-120/11E/0318...
- Page 2 © Copyright FuehlerSysteme eNET International GmbH, Nuremberg / Germany • Although this operating instruction has been drawn up with due care, FuehlerSysteme eNET International GmbH can accept no liability whatsoever for any technical and typographical errors or omissions in this document that might remain.
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Page 3: Table Of Contents
Contents Device version .......................... 5 Application ..........................5 Structure / Mode of operation ....................6 Installation of COMPACT FS6003 Weather Station..............8 Selection of installation site ....................8 Mechanical installation ......................9 4.2.1 Alignment to north ...................... 10 Electrical installation ......................11 4.3.1... - Page 4 These instructions for use describe all application and adjustment options for the device. These detailed instructions allow users to modify the factory settings to their needs via the serial interface of the Weather Station Compact FS6003. Scope of supply 1 Weather Station Compact FS6003.
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Page 5: Device Version
COMPACT FS6003 (command interpreter: 18...28V AC MODBUS RTU) 2 Application The WEATHER STATION COMPACT FS6003 is designed for use in building services automation systems (e.g. shade protection control). The FS6003 features the following measured variables: • Wind speed. • Wind direction. -
Page 6: Structure / Mode Of Operation
3 Structure / Mode of operation Wind speed / wind direction: Wind measurement is based on the hot wire principle. The underside of the housing is equipped with a heated cylindrical sensor. A PID controller adjusts the temperature of the cylinder to a temperature that is constantly increased in relation to the environment. - Page 7 Air temperature: A PT1000 measuring resistor is used to measure the air temperature. The sensor is mounted on a flexible printed board and positioned in the lower section of the housing. Air pressure: Absolute air pressure is measured with a piezoresistive MEMS sensor. To make a meaningful comparison between air pressure values simultaneously measured at different locations, they need to be converted to a common datum (height above sea level).
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Page 8: Installation Of Compact Fs6003 Weather Station
The working position of the COMPACT FS6003 Weather Station is horizontal (plug connection underneath). During installation, de-installation, transport or maintenance of the COMPACT FS6003 Weather Station make sure that no water gets into the device and connector. 4.1 Selection of installation site An exposed position should be selected for this site. -
Page 9: Mechanical Installation
4.2 Mechanical installation The intended installation of the Weather Station FS6003 requires the use of a pipe socket / pipe with an outside diameter of ≤25mm. The inside diameter must be ≥19mm to admit the connector and cable. Tool: Hexagon socket wrench SW2mm (socket wrench). -
Page 10: Alignment To North
4.2.1 Alignment to north For the exact determination of wind- and brightness direction the WEATHER STATION COMPACT FS6003 must be mounted in north alignment (geographic north). The hexagon socket screw serves as north marking (N) Tool: Hexagon socket wrench SW 2mm (socket wrench). -
Page 11: Electrical Installation
4.3 Electrical installation The COMPACT FS6003 Weather Station is equipped with a 7-pin plug for electrical connection. A cable socket (mating connector) is included in the scope of supply. 4.3.1 Cable, cable preparation, connector installation The cable to be used for connection should have the following properties: 5 cores, core cross-section max. -
Page 12: Diagram Of Connections
4.3.2 Diagram of connections Order No. View of 7 pol. Binder Steckverb. / Plug solder terminal FS6003 of mating connector (cable socket) 1 2 3 4 5 6 Schirm / Shield Erde Earth Versorgung Power 18 ... 30 VDC 18 ... 28 VAC * With long transmission paths connection to the GND of data acquisition may reduce their susceptibility to interference. -
Page 13: Maintenance
Aggressive cleaning agents must not be used. Please note: During storage, installation, de-installation, transport or maintenance of the COMPACT FS6003 Weather Station make sure that no water gets into the device or connector. 13 / 34... -
Page 14: Interface
6 Interface The interface to the Weather Station consists of a RS485 link (half-duplex mode), with the following data format: • 9600baud (the baud rate can be selected with the Command BR). • 8data bits. • No parity. • 1stop bit. •... -
Page 15: Measuring Values (Input Register)
Code Name Signification 0x01 ILLEGAL FUNCTION The function code in the request is not allowed for the register address. 0x02 ILLEGAL DATA ADDRESS The register address in the request is not valid. 0x03 ILLEGAL DATA VALUE The stated data in the request are not allowed. Table 2: MODBUS Exceptions 6.1.1 Measuring values (Input Register) All measuring values of the weather station FS6003 consume 32Bit, i.e. - Page 16 105000=1050.00hPa) 30803 Relative air pressure value / 100 relating to NHN (2 decimal places, e.g. 105000=1050.00hPa) 31001 Global radiation W/m² value / 10 (1 decimal place, e.g 10000=1000.0W/m^2) 31201 Brightness north kLux value / 10 (1 decimal place, e.g. 1200=120.0kLux) 31203 Brightness east kLux...
- Page 17 2550=2550 1/s) 34815 Operating time Value (no decimal place, for ex. 255=255s) 34817 Mean value of the height Value over MSL, received via (1 decimal place, e.g. GPS. 240=24.0m above MSL) 35001 Wind speed value / 10 (30001) (1 decimal place, e.g. 101=10.1m/s) 35003 Mean value Wind speed...
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Page 18: Table 6 : Modbus Input Register
(31401) precipitation, 1=precipitation) 35037 Date value (34601) (no decimal place, JJJJMMTT, e.g. 20121210=10.12.2012) 35039 Time value (34603) (no decimal place, HHMMSS, e.g. 121035=12:10:35) 35041 Time format value (34605) (no decimal place, Offset to UTC in hours, e.g. 60=UTC+1h) 35043 Longitude °... -
Page 19: Commands (Holding Register)
Remark: Due to the unbroken sequence of the measuring values, starting from address 35001, the MODBUS master can read-out all measuring values by one request! 6.1.2 Commands (Holding Register) All commands of the weather station FS6003 consume 32Bit, i.e. 2 MODBUS register addresses, and are representing unsigned integral numbers. -
Page 20: Commands And Description
6.2 Commands and description The following table lists the available commands and the associated passwords for read / write: Initial value MODBUS Command Description Password factory register- Read / Write setting address Command AI 40069 Averaging interval for wind speed None User and wind direction. - Page 21 Initial value: 21 / 34 ba_7-1-120/11E/0318...
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Page 22: Command Br
6.2.2 Command BR <id>BR<parameter><CR> Select baud rate Access: Read / write. Description: The command BR is used to select the required baud rate. Parameter description: Parameter Description 1200baud (8n1) 2400baud (8n1) 4800baud (8n1) 9600baud (8n1) 19200baud (8n1) 38400baud (8n1) 57600baud (8n1) 1152 115200baud (8n1) Value range:... -
Page 23: Command Fb
6.2.5 Command FB <id>FB<parameter><CR> Quick-start mode Access: Read / write. Description: The command FB is used to select quick-start mode. Parameter description: 0: quick-start mode disabled 1: quick-start mode enabled Value range: 0...1 Initial value: 23 / 34 ba_7-1-120/11E/0318... -
Page 24: Command Hp
6.2.6 Command HP <id>HP<parameter><CR> Heating power Condensation protection Access: Read / write. Description: The heating capacity for the condensation protection of the precipitation monitor is set by command “HP”. The indication is stated in percent. 5…8: Maximum responsivity of the precipitation monitor for detection Parameter description: of the lowest precipitation intensities. -
Page 25: Command Lc
6.2.9 Command LC <id>LC<parameter><CR> LED control Access: Read / write. Description: The command LC is used to specify the mode for control of the blue LED. Parameter description: Parameter Description LED (blue) indicates wind speed LED (blue) is dark Examples: LED dark blue: "00LC1\r"... -
Page 26: Command Sh
6.2.11 Command SH <id>SH<parameter><CR> Station height Access: Read / write. Description: The command is used to select the altitude at the location where the Weather Station is installed. This value is used to calculate the relative air pressure. Height is specified in metres. If the set parameter is 3001, the relative air pressure with elevation is calculated from the GPS data. -
Page 27: Command Tr
6.2.13 Command TR <id>TR<parameter><CR> Telegram output Access: Read / write. Description: This command initiates one-off transmission of a telegram. The parameter specifies the type of telegram. Parameter description: Measured value telegram. Sensor data telegram. Response telegram: See section Fehler! Verweisquelle konnte nicht gefunden werden. Value range: 1...2 Initial value:... -
Page 28: Command Tz
6.2.15 Command TZ <id>TZ <parameter><CR> Time zone Access: Read / write. Description: The command TZ is used to change the output of date/time. Parameter description:: UTC-Zeit – 1 hours UTC-Zeit UTC-Zeit + 1 hours CEST or CET The change between summer- and winter time occurs independently. -
Page 29: Led Signals
7 LED signals On the underside of the COMPACT FS6003 Weather Station there are 2 LEDs which are externally visible through the housing. green LED blue LED Figure 1 : LEDs If the Weather Station does not receive a command to query measured values for 3 seconds or longer, the green LED flashes at a frequency of 1Hz and signals its readiness for operation. -
Page 30: Technical Data
8 Technical data Wind speed Type Thermal anemometer. 0…40m/s Measuring range Resolution 0.1m/s Accuracy To 10m/s: 1m/s (rms - mean over 360°). From 10m/s: ± 5 % (rms - mean over 360°). Wind direction Type Thermal anemometer. 1 … 360° Measuring range Resolution 1°... - Page 31 Air pressure sensor Type Piezoresistive. 300…1100hPa Measuring range Resolution 0.01hPa Accuracy ± 0.5hPa at 20°C Long-term stability ± 0.1hPa / year Humidity sensor Type CMOS capacitive. Relative humidity 0…100% rel. humidity Measuring range Resolution 0.1% rel. humidity Accuracy with wind speed >2m/s ± 10% rel. humidity at 20°C Absolute humidity measuring range 0...400g/m...
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Page 32: Figure 2 : Spectrum Of Brightness Sensors
Figure 2 : Spectrum of brightness sensors (Source: data sheet for component SFH5711 / OSRAM) Figure 3 : Directional characteristics of brightness sensors (Source: data sheet for component SFH5711 / OSRAM) 32 / 34 ba_7-1-120/11E/0318... -
Page 33: Dimension Drawing [In Mm]
Figure 4 : Spectrum for global irradiance sensor (Source: data sheet for component TEMD5080X01 / VISHAY) 9 Dimension drawing [in mm] Mast holder Plug connection Srew M4 Allen key size 2 mm 33 / 34 ba_7-1-120/11E/0318... -
Page 34: Accessories (Optional)
Width: 60mm Used for lateral attachment of Material: Stainless steel 1.4301 COMPACT FS6003 Weather Station to a vertical surface. © Copyright: FuehlerSysteme eNET International GmbH Address FuehlerSysteme eNET International GmbH Roethensteig 11 D-90408 Nuremberg Phone +49 911 37322-0 Technical Support...
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