Campbell Q-7.1 Instrukcja Operatora

Entebbe August 2001 Installation, Operation and Maintenance of Buoy Operated Automatic Meteorological StationsEstablished in Lake NasserManualInformat

10Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsIntroductionFigure 1: Sketch of an Automatic Meteorologic

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12Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsIntroductionFigure 4 presents the portable keyboard displ

Lt (L LLL.CC4CCCUe IF a of if6-4P-Irr7a NJiraLPL' (A/C U C C' J..13ManualCR10X Storage and Control Module2.1 GeneralThe CR10X is the actual

4%, 41-;'4! IR.14Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsCR10X Storage and Control ModuleThe d

15ManualCR10X Storage and Control ModuleFigure 6: Power Supply and CR10X in Protective EnclosureFix the central grounding cable of the protective encl

16Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsSensorHMP45C-2M (Temp & RH)Sensor (1) at 2 MetersHMP4

17ManualBox 1: Permanent Storage of BUOY_METSTAT in Program Location 7 & 8 of the SM4MIt is advised to leave an uncorrupted version of BUOY_METSTA

18Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsCR10X Storage and Control Module“DDDD” (enter Julian D

19ManualCR10X Storage and Control Moduleconnected to the datalogger, which is of course the dominant situation, BUOY_METSTAT simply aborts instruction

The designations employed and the presentation of material throughout this book do not imply the expression of any opinion whatsoever on the part of t

20Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsCR10X Storage and Control ModuleThe CR10X contains an

21ManualCR10X Storage and Control ModuleBox 4: Transfer Data Prior to Re-loading BUOY_METSTAT into CR10XAlthough re-installing BUOY_METSTAT does n

22Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsCR10X Storage and Control ModuleSoftware. The user is ref

23ManualSensors3.1 RM YOUNG 05103-L Wind Monitor3.1.1 GeneralThe Met Station includes the RM Young Wind Monitor with integrated anemomete

24Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsSensors3.1.2 InstallationThe wind sensors should be loca

25ManualSensors true north3 degrees, 0 minutes westneedle points tomagnetic northFigure 8: Declination Angle in the Lake Victoria Region3.1.3 Operati

26Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsSensorsAnnex 3, which one is used for Wind Direction and

27ManualSensorsFigure 9: Q-7¬.1-L REBS RadiometerThe operation of the Net Radiometer is fully automatic and no user actions are required

28Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsSensorsand distilled water. If condensation inside the wi

29ManualSensorsFor detailed specifications, the reader is referred to corresponding Campbell Scientific Instruction Manual for the HMP45C Temperature

3ManualAH Ampere HourAWS Automatic Weather StationCHG ChargeCSi Campbell ScientificDoD Depth of DischargeDSP Data Storage PointerFAO

30Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsSensors3.3.3 UseThe operation of the HMP45C is fully aut

31ManualSensorsFigure 11: Model 108 Temperature SensorAttach the sensor cable to the wiring panel of the CR10X datalogger according to the wiring diag

'32Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological Stations3.5 KVH C100 Compass Engine (SE-25 Sensor)3.5.1 G

33Manual3.5.3 UseThe operation of the C100 compass engine is fully automatic and no user action is required. The appropriate operati

34Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsPower Supply4.1 GeneralThe Met Station is equipped

5110,7111111135ManualPower Supply4.2.2 Installing/Changing the BatteryThe BP24 power supply consists of a housing for and 24 AH battery. It is shown

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37ManualPower SupplyFigure 14: Constructed State of Charge (SoC) versus Open Circuit Voltage (OCV) Given 12.9 V at SoC 100%Given this individual SoC-O

38Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsPower SupplyOvercharging a sealed (captive) electrolyte b

39ManualPower SupplyRegularly grease the terminals and contacts to avoid corrosion.•4.3 Solar Panel4.3.1 GeneralThe solar panel is a photovolt

4Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsTable of Contents1 Introduction 91.1 G

40Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsPower SupplyFigure 15: Mounting of the Solar Panel on the

41ManualPower Supply4.4.3 UseOperation of the charging unit/regulator is almost completely automatic. User intervention is limited to toggling the po

42Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsBuoys and the Instrument Tower5.1 GeneralAll the meteoro

43ManualAnnex 1: Installation and Operation Instructions for PCTour1. GeneralPCTour is a DOS based software package provided by Campbell Scient

44Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsAnnexesAnnex 2: Wiring Diagram for CR10X Using BUOY_METS

45ManualAddress123456789101112131415161718192021222324252627FAO_HADA_AWS codeBatt_VoltProg_SigAirTC_2mRH_2mAirTC_4mRH_4mWS_ms_2mWDir_2mWS_ms_4mWDir_4m

46Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsAnnexesAnnex 4: Guidelines for Assessing Station Perform

Split Version 1.7File Edit Labels Run Printer HelpInput Data File--Filo Info.Browse 1Auto Detect.1j1OffsetsJStart Londition___]_Stop ConditionCopy1710

litSplit Version 1.7REVFile Edit LabelsRun PrinterHelpInput Data FileBrowseStart l:onditionStop ConditionCopySelectOpenFile name:HADA_PRF PAR['HA

File Edit Labels Run Printer HelpInput Data FileIBrowsepCo1[200)FS elect2,3,5,6Input File(s)Select Input FileFile name:S./Output FileList files of t,p

5Manual3.4 Model 108 Temperature Probe 30 3.4.1 General 3.4.2 Installation 3.4.3 Use 3.4.4 Maintenance 3.4.5 Trouble Shooting

Split Run 1.7Buoy Station PerformanceYear _PITI D ay_RTM Bat_Volt Pro g_S g!IinReading files completed.unes Read fr49ILines Written2Pauseto Close90031

51ManualAnnex 5: Batterry Log Book SpecimenNumber:Main Office:Date of Purchase:Make: Type:Capacity:Battery SpecificationsDateInitial Voltage [V]Initial

52Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsAnnex 6: Guidelines for Loading BUOY_METSTAT Datalogger P

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FileOptionsDataToolsHelpProgramsPrograrrr Prog1_41Prog 2r Prog 3 Ilir Prog 4r Prog 5Prog 6r Frog 7 41Prog 8ClearSelect program 8Look in:rFiles ot type

56Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsAnnex 7: Wind Vector Wind speed and direction are measure

57ManualAnnex 8: Sample Calculation of Open Water Evaporation Using Priestley-Taylor1. IntroductionThis document presents a sample calculation of ope

58Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological Stations = gradient of the saturated vapor pressure versus tempe

59Manual3.3 Right-Hand Terms of the Priestley-Taylor Equationgradient of the saturated vapor pressure The saturated vapor pressure is a function of t

6Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsList of FiguresList of FiguresFigure 1: Sketch of an Auto

60Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsHowever, in line with its name, the psychrometric constan

61ManualES = cw x w S (DiTi2 – DiTi1)in which:ES = change in energy storage [J]cw = the specific heat of water [J C-1 g-1]w = the mass density o

62Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsBOX 4: Sample Calculation of ESTable 1 presents the temp

63Manualin which:E = evaporation rate [M day-1]v = is Latent Heat of Vaporization [J g-1]w = mass density of water [g m-3] = gradient of the sat

64Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsEvaporation Rate EE = (1.74 / v w ) x / ( + y) x (R

65ManualAnnex 9: Calculation of Harbeck Evaporation for a Five-Minutes IntervalThe Harbeck equation, which is an exponent of the Mass-Transfer Approac

7ManualList of TablesList of Tables and BoxesTable 1: Wiring Schedule 16Table 2: SoC Versus Open Circuit Voltage for Yuasa 7 Ah

8Installation, Operation and Maintainance of Buoy Operated Automatic Meteorological StationsAnnexesAnnexesAnnex 1: Installation and Operation of PCTo

9Manual1.1 GeneralThis manual presents detailed instructions for the installation, operation, and maintenance of the Automatic Weather S