51
11. Annex
12. Data communication met[LOG] by HTTP
12.1. Identification of the logger
The data communication takes place exclusively via HTTP via the LAN interface.
The identification of the logger and the channel assignment takes place via the call of the web page
„statdef.htm“
The page „statdef.htm“
has got the following structure
:
<HTML>
<HEAD><meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1">
<TITLE>statdef</TITLE>
</HEAD>
<BODY>
<PRE> ..... </PRE>
</BODY>
</HTML>
As a block
<PRE> …. </PRE>
will the data be transferred:
•
Station name
•
Number of the transferring sensors (incl. virtual sensors)
•
Date (hh:mm:ss,yyyy.mm.dd)
•
Sensor name 1
•
Unit 1
•
Decimal places 1
•
Sensor type 1
•
....
•
Sensor name n
•
Unit n
•
Decimal places n
•
Sensor type n
Die fields are separated by a comma!
Following coding will be used for the sensor type:
0: "A" = "A_______"
1: "B" = "Battery data"
2: "C" = "Ceiling"
3: "D" = "Dew point"
4: "E" = "Evaporation"
5: "F" = "Free scale"
6: "G" = "Wind speed"
7: "H" = "Humidity"
8: "I" = "Current"
9: "J" = "Solar data (charging voltage,..)"
10: "K" = "K________"
11: "L" = "Frequency"
12: "M" = "M________"
13: "N" = "Precipitation"
14: "O" = "O________"
15: "P" = "Pressure"
16: "Q" = "Q________"
17: "R" = "Wind direction"
18: "S" = "Radiation"
19: "T" = "Temperature"
20: "U" = "Voltage"
21: "V" = "Visibility"
22: "W"
= "Resistor"
23: "X" = "Leaf wetness"
24: "Y" = "Others"
25: "Z" = "State"
26: Sun shine (Z)
27: Brightness (S)
28: Precipitation amount (N)
29: Precipitation status (Z)
30: Precipitation intensity(N)
31: Global radiation (S)
37: System Status
Содержание LAMBECHT METEO 00.95800.010000
Страница 9: ...9 Wiring diagram EOLOS...
Страница 10: ...10 Wiring diagram ARCO Modbus...
Страница 11: ...11 Wiring diagram rain e Modbus...
Страница 13: ...13 Connection example with power cube met LOG EOLOS Modbus rain e Modbus...
Страница 14: ...14 Connection example with power cube met LOG u sonic...
