Campbell CS105MD Especificaciones

VisualWeather™ SoftwareVersion 3.1Revision: 4/11Copyright © 2001-2011Campbell Scientific, Inc.

VisualWeatherTM Software Table of Contents iv

VisualWeather™ Software 1. Introduction VisualWeather software is designed to work with Campbell Scientific's pre-configured weather station mod

VisualWeather™ Software 1.1 Background Each weather station consists of a datalogger and a group of sensors. The sensors are designed to measure env

VisualWeather™ Software 2.1.2 For Users Upgrading from VisualWeather 1 VisualWeather 3.X will not upgrade an existing VisualWeather 1 installation.

VisualWeather™ Software To install the software, insert the VisualWeather CD into the CD ROM drive of your computer. The installation process should

VisualWeather™ Software 3.3 Getting Help VisualWeather has a complete on-line help system. Most screens have a Help button that, when pressed, will

VisualWeather™ Software After you have progressed through all steps of the wizard, press the Finish button to save the configuration and return to the

VisualWeather™ Software All weather stations that have been configured using VisualWeather will be listed on the left side of the screen under the St

VisualWeather™ Software 6.2 Monitoring Current Conditions Current weather conditions can be viewed after connecting to a weather station. Click the

VisualWeather™ Software 6.3 Monitoring Station Status When you have a connection established with a weather station, you can view the station’s statu

VisualWeather™ Software table size. A data table can be reset from this window by pressing the Reset Tables button. No Table Fill Time statistics wil

VisualWeather™ Software 6.4 Field Monitor Clicking the Field Monitor button will bring up a screen that allows you to view the numeric values for a t

VisualWeather™ Software It is nearly impossible to synchronize the two clocks exactly, since it takes time to transfer the clock setting to the weathe

VisualWeather™ Software After a station is selected, use the option buttons to select the time range that the report should cover. Note that VisualWe

VisualWeather™ Software desired for each bin. Any wind speeds that fall in between the low and high will be placed in the corresponding bin. Any val

VisualWeather™ Software 7.2.2 Evapotranspiration (ETo) EVAPOTRANSPIRATION (ETO) — Select the ETo Method to be used and enter the anemometer height in

VisualWeather™ Software 7.2.3 Crop Water Need CROP WATER NEED — Select the Crop Name and enter the Planting Date. Next enter the Duration (Days) for

VisualWeather™ Software 7.2.4 Growing Degree Days and Growing Degree Days 2 GROWING DEGREE DAYS AND GROWING DEGREE DAYS 2 — Enter the Crop Name. Nex

VisualWeather™ Software 7.2.6 Custom Reports Custom reports are available that let you plot one or more traces on a graph and/or monitor one or more

VisualWeather™ Software 7.2.7 Custom X-Y Reports Custom X-Y report are available that allow you to plot one or more X-Y traces on a graph and/or moni

License for Use This software is protected by United States copyright law and international copyright treaty provisions. The installation and use of t

VisualWeather™ Software right-clicking and choosing Delete. Selecting the Generate daily values if time range > 1 day will cause only daily values

VisualWeather™ Software • Upper-Lower – Uses both the Upper Temperature Limit (upperThreshold) and Lower (Base) Temperature (lowerThreshold) to cal

VisualWeather™ Software • Sine – This GDD Method is an industry standard also known as the Baskerville-Emin (BE) method. The method of calculation

VisualWeather™ Software 7.3.1 New To create a new batch report click the New button on the Batch Reports Schedule screen. The Batch Report Selectio

VisualWeather™ Software Select whether you want to generate on Demand (user initiated creation) or according to Schedule (automatically generated).

VisualWeather™ Software 7.3.2 Edit To Edit a batch report that has already been created, select it in the list and click the Edit button. The batch

VisualWeather™ Software The following components are available in Station Data. Listed below each component are the sensors (for pre-configured weathe

VisualWeather™ Software Note that when using Air Temperature and RH to calculate the Heat Index, the Air Temperature and RH must fall within these bou

VisualWeather™ Software Rain Last 24 Hours Rain Last 24 Hours Sensors: TE525-T Tipping Bucket Rain Gage, TE525WS Tipping Bucket Rain Gage, TE525mm Ti

VisualWeather™ Software Barometric Pressure Barometric Pressure Sensors: CS105MD Real Time Fields: Barometric Pressure Solar Radiation Solar Radia

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VisualWeather™ Software Air Temperature and Relative Humidity Air Temperature and Relative Humidity Sensors: Sensors that measure Air Temperature and

VisualWeather™ Software Enclosure RH Enclosure RH (inside the weather station enclosure) Real Time Fields: Enclosure RH 9. Monitoring the Data Col

VisualWeather™ Software Network Paused - VisualWeather has paused communication in the network. Unreachable - The device cannot be reached through th

VisualWeather™ Software Total Retries and Total Failures will equal Total Attempts. NOTE A graph is shown for each station to help show historical co

VisualWeather™ Software To remove a station from the network, select it and click the Remove Station button. The station will become a past weather s

VisualWeather™ Software Air Temperature (requires one of the following) • Air Temperature Min • Air Temperature Max • Air Temperature Avg Solar Rad

VisualWeather™ Software Soil Water • Soil Water Avg Fuel Moisture • Fuel Moisture Avg Evapotranspiration • Air Temperature Avg • RH Avg • Wind S

VisualWeather™ Software 11.2 Real Time Field Mapping Data mapping required to monitor Current Conditions and view Station Data is done from the Real

VisualWeather™ Software • If FTP Enabled is checked, all files that are being output to the Local Output Folder will also be sent to the Remote Folde

VisualWeather™ Software 13. Exporting and Importing Data 13.1 Exporting Data Data retrieved from a weather station can be exported to a file for fur

Limited Warranty The following warranties are in effect for ninety (90) days from the date of shipment of the original purchase. These warranties are

VisualWeather™ Software 13.2 Importing Data The Import Data function can be used to import data from a data file into VisualWeather’s database for a

VisualWeather™ Software 15. Programming Custom Weather Stations When an ET106, ET107, Toro T107, or MetData1 station is configured in VisualWeather,

VisualWeather™ Software Object State Log (state$.log) - This log is used for troubleshooting an object in the weather station network. The informatio

VisualWeather™ Software Log files can be saved to individual files automatically by selecting Options | Log File Settings from the LogTool menu and se

VisualWeather™ Software 44

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs A.1 Evapotranspiration This appendix explains the process of evapotrans

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs Over the years the Food and Agriculture Organization of the United Nation

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs 2. Calculations for Rn (net radiation at the crop surface). The net ra

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs 2b. Calculation of the Radiation Ratio (Rs/Rso) Rs = measured value of

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs Where n = number of hours of actual sunshine (hours) N =maximum p

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs Lz = Longitude of the center of the station's time zone (west of t

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs where the atmospheric pressure is obtained from the following equation:

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs The 24 hourly values of ETo calculated using equation (2) are added to

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs This difference is calculated by calculating the saturated vapor pressure

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs Table 1. Names, symbols and units of all quantities used in calculations

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs Latent heat of vaporization of water λ=2.45 MJ/kg Atmospheric pressure

Appendix A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs A-12 Stefan-Boltzmann constant SIGMA = 2.043 x 10 -10 MJ/m2/K4/hour

Appendix B. Growing Degree Days (GDD) B.1 Growing Degree Days This section explains the concept of growing degree-days (GDD) and methods used in Vis

Appendix C. Dew Point C.1 Dew Point Dew point is the temperature at which air saturates, upon cooling, without change in its water content. C.1.1 M

VisualWeatherTM Software Table of Contents PDF viewers note: These page numbers refer to the printed version of this document. Use the Adobe Acrobat

Appendix D. Wind Chill D.1 Wind Chill Wind chill is a degree of ‘coldness’ experienced by exposed human skin due to increasing wind speeds at a give

Appendix E. Chill Hours E.1 Chill Hours Chill hours represent the number of hours the temperature stayed at or below a certain base (or reference) t

Appendix F. Heat Index F.1 Heat Index Heat index is the perceived temperature as influenced by relative humidity. For example, an air temperature o

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VisualWeatherTM Software Table of Contents 7. Reports ......12 7.1 Manually Generat

VisualWeatherTM Software Table of Contents Appendices A. Evapotranspiration, Vapor Pressure Deficit, and Crop Water Needs .......