THE WORLD OF WEATHER DATA

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1 THIES Clima Meteorology and Environmental measurements. Datalogger DL16 PRO 2009 Adolf Thies GmbH & Co. KG 1

2 Content 1. Highlights 2. Introduction 3. Connectivity 4. Configuration 5. Miscellaneous Configuration Connectivity Interoperability Generally 2

3 1. Highlights 16 programmable multifunction channels Archiving of measured data for up to 365 days WINDOWS -compatible file system Mathematical linking of all channels WEB Server Integrated 3

4 2. Introduction Classification of the new Thies Data Logger DL16 and DLX MET DL 16 Special Meteorological Stations Research Applications Wind Energy assessment Agriculture Stations Enhanced Alarming Requirements Real-time Calculations Internet embedding Special Requirements Previous DL15 Solutions DLx MET Standard Meteorological Stations Agriculture Stations Solar Powered Stations Stations without special requirements Costs sensitive solutions Previous TDL14 Solutions 4

5 3. Connectivity (1) 3. Connectivity Input capabilities 16 Multifunctional Input Cannels 2 High Current Input Channels 5 serial interfaces ((RS232/RS422/RS485) Internal Pressure Measuring Module Battery Voltage Monitoring 5

6 3. Connectivity (2) Allocation of the Multifunctional Input Channels Multifunctional Input Chanels CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8 CH9 CH10 CH11 CH12 CH13 CH14 CH15 CH16 32 Bit Counter Digital I/O Thies serial synchron PT mA V mV 6

7 3. Connectivity (3) Connection Samples for multifunctional Input channels PT100 Input Channels CH mV CH mA V 7

8 3. Connectivity (4) Connection Samples for 32Bit Counter Channels Counter Pulses Input Channels CH1 CH6 max. 20KHz Hz Hz Hz 8

9 3. Connectivity (5) Connection Samples for Digital I/O and Thies Serial Synchronal Channels Status Signals Input Output Channels CH5 CH12 6/8/10 Bit serial Gray Code Alarming/Signaling serial synchronal Water level 9

10 3. Connectivity (6) Connection Samples for High Current Input Channels Input Channels Sens 1A Monitoring of Aspirator in Radiation Shield 24V AC/DC Sens 10A Heating Monitoring e.g. for Ultrasonic Anemometer 24V AC/DC 10

11 3. Connectivity (7) Connection Samples for RS485 Input Channels First Class Wind Speed and Wind Direction via RS485 Pulse RS485 Input Channels COM2 COM6 Sensor Interface Ultrasonic Anemometer Laser Precipitation Monitor 11

12 3. Connectivity (8) Internal Pressure Module and battery voltage monitoring DL 16 Pro Pressure Module hPa Handled as measuring channel Charger 12

13 3. Connectivity (9) 3. Connectivity Output capabilities Sensor Power Supply 8 Digital Output Cannels 4 High Current Switches 6 serial interfaces Ethernet 13

14 3. Connectivity (10) Sensor Power Supply Supply of the Sensor Electronic by the Datalogger. 3,3V 5V 12V 3,3V 5V 12V 1 16 COM1 COM5 14

15 3. Connectivity (11) Sensor Power Supply (2) Power Supply Output 3,3V; 5V; 12V CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8 CH9 CH10 CH11 CH12 CH13 CH14 CH15 CH16 COM2 COM3 COM4 COM5 3,3V 5V 12V 250mA 250mA 250mA 250mA 400mA 250mA 250mA 250mA 250mA 800mA 800mA 800mA 800mA 800mA 800mA 15

16 3. Connectivity (12) Digital Output Channels The 8 digital Output ports could be controlled time or event oriented by the Datalogger. Switching by Relais Control Output Channels High=5V=1 Low=0V=0 CH5 CH12 Standby/active control of external devices Alarming Signalling 16

17 3. Connectivity (13) High Current Switches The 4 high current switches could be controlled time or event oriented by the Datalogger. High Current Switches max:60v/10a SW1 SW4 Switch On/Off of external Equipment, Heating etc. for power save reasons 24V/10A Direct Switch Off/On of external Equipment e.g. Alarming. Max.60V/10A 17

18 3. Connectivity (14) Serial Channels COM 1 COM6 Serial COM Interfaces Possible variants for each COM Port Baud rates: Baud Interface COM1/USB COM2/3 COM4/5 COM6 RS232 RS232 RS485 Full Duplex RS485 Half Duplex RS485 Full Duplex RS485 Half Duplex Internal Module Slot GSM/GPRS Modem Module Sensor Connection Module Function: Configuration User interface Data output Firmware upload User Interface Data output Firmware upload Sensor Connectivity User Interface Data output Firmware upload Sensor Connectivity Configuration Data output Firmware upload Sensor Connectivity 18

19 3. Connectivity (15) Ethernet WWW HTML Page FTP Server Telnet Client Data Transfer Firmware Upload Ethernet 10Mbit IP Network User Interface 19

20 3. Connectivity (16) 3. Hardware Overview USB connection S D m em ory card E T H E R N E T connection rear pc -board rotary sw itch screw 3 screw 1 screw 4 screw 2 power clam p 230V / 50 HZ see drawing m ounting plate 20

21 4. Configuration (1) 4. Configuration LCD Display Dialogs Graphical Configuration SW Embedded WEB Application LED Indicator 21

22 4. Configuration (2) Front Control Elements All Dialogs are free configurable Dialogs marked by * could be edited. Push switch to enter edit mode. LCD Display 4 Lines 20 ASCII Characters Rotary Switch to select dialogues Push to access sub-menues 22

23 4. Configuration (3) Graphical Configuration Special Graphical Configuration Windows Software for DL16 DL16 Configurator 23

24 4. Configuration (4) Graphical Configuration Functions I/O configuation for all channels Set up of mathematical functions (average, min/max, deviation etc.) Configuration of archive structure Linking of channels by math functions Configuration DL16 of display Configurator massages Creation of commands HTML Creator for easy web pages configuration Terminal emulation Transfer of new configuration to the data logger 24

25 4. Configuration (5) Main Screen Overview Tools bar Page Viewer For Measuring configuration Dialog Configuration To Edit Screen Dialogs Command mapper Edit of communication commands WEB Configurator To edit the HTML WEB Interface File Viewer Data Handling Terminal Client for serial Communication Object Library DL16 Configurator Workspace 25

26 4. Configuration (6) Sample Configuration Aim of example: Set up of a PT100 Sensor for measurement of soil surface temperature. Display should provide 10min minimum, maximum a average values. 26

27 4. Configuration (7) 1. Create a PT100 Element Drag and Drop the PT100 Module from the library to a place on the work sheet behind dedicated measuring channel (here CH1) A dialog opens atomically and ask for a module name. 27

28 4. Configuration (8) Assignment to Physical channel The next dialog ask for the physical measuring channel the module should be connected with (here CH1). All grey channels are allocated or not suitable for the measuring module. 28

29 4. Configuration (9) Additional functions for the module Here additional functions and association for the module can be selected. To request a dialog to ask for the module name for math modules Module is connected to the instantaneous output module (COM 2 in DL15/TDL14) Module is connected to a average math module As average module the standard module is used E.g. this module is different for wind direction and temperature. Is selected the tool choose the correct one. The average module is connected to the archive The module is connected to all standard archives: - extreme value archive - average archive 29

30 4. Configuration (10) Connections to instantaneous Module Connection of PT100 Module to instantaneous output modules: MM Module: each value in one line mm Module: all values in one line Dialog asks for the name of the new Average module 30

31 4. Configuration (11) Configuration of average module Dialog to select the storing intervals of the average module - Average default 10min 31

32 4. Configuration (12) Configuration of minimum storage interval Dialog to select the storing intervals for the Minimum value - Default 1 per day 32

33 4. Configuration (13) Configuration of maximum storage interval Dialog to select the storing intervals for the Maximum value - Default 1 per day 33

34 4. Configuration (14) Archive label configuration Define the Label of the values in the archive. 34

35 4. Configuration (15) Change of Average module properties Signal Flow overview The values of the default properties could be always changed. 35

36 4. Configuration (16) Define a command for the command interpreter for the average module It is possible to define for each module commands, by this commands the module could be configured by text commands e.g. via the serial interface. 36

37 4. Configuration (17) Signal Flow overview The ArchRead Modules define the format the values are given out. One ArchReader can assigned to more than one Archive! Pt100 average value into average archive Connection of the physical measuring channel to the PT100 module Instantaneous values to output module In Pt100 Min. and Max-Values to MinMax Archive Signal flow Processing Out Connection of the PT100 Module to the Average module. Average/Min/Max Data are provided to archives 37

38 4. Configuration (18) Change of properties The properties of each module can be changed by pressing of the right mouse key and selection of properties. 38

39 4. Configuration (19) Creation of Display dialog for the PT100 Surface temperature ###.# are wildcards for the values. Select the PT100 Dialog from the available dialogs. 39

40 4. Configuration (20) Modification of dialog text The descriptions could easy modified by overwriting. 40

41 4. Configuration (21) Available Values from the Toolbox In the toolbox all available values are mentioned. For the PT100 it is: PT100AV (Average) PT100MIN (Minimum) PT100MAX (Maximum) All values in the toolbox could included into the dialogs. 41

42 4. Configuration (22) Configured new dialog with min/max values Complete configured dialog with Min/Max values for the PT100 Surface temperature sensor. Description Values Time Stamp Unit 42

43 4. Configuration (23) Command Mapper Commands Related Parameter Command Properties In the Command mapper all available commands are listed and can be modified. 43

44 4. Configuration (24) Web Configuration Load a template as basic screen. 44

45 4. Configuration (25) Template Rudimentary web page as basis from the templates All available parameters usable for the measuring table. Station information as header Measuring value table Links to other preconfigured pages 45

46 4. Configuration (26) Configuration of the PT100 surface temperature sensor Include an additional row in the measuring table 46

47 4. Configuration (27) Configuration of the PT100 surface temperature sensor Drag and drop of the wished Value to the table. 47

48 4. Configuration (28) File Viewer Same look and feel as the Windows Explorer Datalogger PC 48

49 4. Configuration (29) Data Preview function Datasets could be browsed and charts could be generated out of the File viewer for first quick check up. 49

50 4. Configuration (30) Terminal Emulator By the terminal screen commands could be send and the answers from the logger are shown. The terminal simulates a serial connection by a terminal SW. All predefined commands and there Parameters are available in menus for a easy selecting and handling. Available Parameter 50

51 4. Configuration (31) Transfer of the configuration 1. Connection PC <-> DL16 must be established Connect Datalogger to PC by: Ethernet, Serial (USB, COM, GSM) Build DL 16 configuration 51

52 4. Configuration (32) Transfer of the configuration 1. Build DL16 Configuration Connect Datalogger to PC by: Ethernet, Serial (USB, COM, GSM) Build DL 16 configuration Important: To Build the configuration the PC must be connected with an DL16 Datalogger. The SW doesn't work standalone. 52

53 4. Configuration (33) Transfer of the configuration If the archive structure will be modified by the new configuration the existing archives has to be deleted first. Its recommended to save them first. Before deleting transfer them to CF Card or PC for storage. 53

54 4. Configuration (34) Transmission Process After the transmission is finished the new Project is used on the DL16. The same project could be also ported to other DL16 by CF Card: 54

55 4. MiscellaneousM (1) Miscellaneous Service and user friendly Flexible Power Supply Data presentation by Web Interface Interoperability overview Expandable Data Processing possibilities Dimensions and Housing 55

56 4. Generally (1) General Features DL 16 Pro: Made for the practice Self Diagnostic procedures Maintenance Mode for sensor check DCF77 Radio Clock onboard Discharge protection for Battery 4 high current switches to control external devices (max. 60V/10A) e.g.: - Radio Transmitter - Sensors with high power consumption - Heating control 56

57 Power Supply Mains/Solar Power always included Charger on Board Solar Battery 7Ah as UPS Lithium Battery as UPS for Clock and Memory 230 V~/115 V ~ Mains Supplys also Sensor Heating 57

58 Web Interface Get access anytime-anywhere anywhere with your standard Internet Browser Configuration Data transfer Data presentation Status 58

59 Interoperability Modem Slot for: -PSTN -GSM/GPRS -3G Modems Multiple Interfaces for Configuration and Data RAM 8 MB LCD-Display 4 lines, 16 character Rotary Encoder USB for configuration SD-Card (up to 8 GB) 4 COM Ports galvanic isolated 4 x RS485 or 2 x RS485 2 x RS232 Ethernet With Telnet, FTP and WEB Interface 59

60 Expandable add up to 9 additional Sensor Channes by Sensor Interface two Types available: SIF001: -4 x Voltages for Radiation -2 x PT100 SIF002: V -2 x 0...1V -3 x mA -3 x PT100 COM2/COM3 RS485 60

61 Data Indication and Processing (1) Logger data and instantaneous values COM Ports COM Ports Logged Data Instantaneous values 1 Software: Mevis Mevis Light Meteo Online (COM2) Displays ASCII Analog Converter 4-20 ma or 0-10 V 61

62 Data Indication and Processing (2) PC-Software Meteo Online Sample Process Visual Archive Mevis/Viewer or Internet 62

63 Housing (1) Almost indestructible Stainless Steel Jet Water proved IP65 EMC protected Everything in one box Multi purpose installation (Wall/Mast) 63

64 Housing (2) Dimensions 64

65 Installation Mast or Wall mounting Wall mounting Mast Diameter: mm Mast mounting with flexible guy ropes. Mast Ø Guy Ropes 65

66 Your competent partner for weather and environmental measurement THIES Clima - worldwide Adolf Thies GmbH & Co. KG Meteorologie Umweltmesstechnik info@thiesclima.com Tel.: 0551 / Fax: 0551 /