Campbell-scientific EnviroSCAN Sentek Water Content Profile Probe Manuel d'utilisateur

EnviroSMART™ Soil WaterContent Profile ProbesRevision: 3/09Copyright © 2002-2009Campbell Scientific, Inc.EnviroSMART™, EasyAG®, and IrriMAX® are trad

EnviroSMARTTM Soil Water Content Profile Probes 8.2 Cable Installation Securely tighten the gland nut through which the cable passes into the probe c

EnviroSMARTTM Soil Water Content Profile Probes ‘Program Control Variables Dim X ‘Definition of DataTables DataTable (ES1_SF,1,-1) Sample

EnviroSMARTTM Soil Water Content Profile Probes Else ‘...OR... If ES1_SF(X) < -999 Then ‘If a WC sensor fails (indicated by

EnviroSMARTTM Soil Water Content Profile Probes ;Wiring: EnviroSMART / EasyAG 12 Volts (Pin 1) -------- CR10X 12 V ; EnviroSMART / EasyAG G

EnviroSMARTTM Soil Water Content Profile Probes 7: If (X<=>F) (P89) 1: 1 X Loc [ ES1_SF_1 ] 2: 2 <> 3: 0 F 4: 3

EnviroSMARTTM Soil Water Content Profile Probes 17: If (X<=>F) (P89) ;If 1st sensor reading is < -9999 i.e. = -99999 1: 1 X Loc

EnviroSMARTTM Soil Water Content Profile Probes 28: Z=X^Y (P47) 1: 9 -- X Loc [ ES1_WC_1 ] 2: 34 Y Loc [ RecipB ] 3: 9 --

EnviroSMARTTM Soil Water Content Profile Probes 40: Sample (P70) 1: 1 Reps 2: 26 Loc [ Irrig_mm ] ;Output Water Content Data to Storage 4

EnviroSMARTTM Soil Water Content Profile Probes 14 28 _________ 0 0 0 29 C 1 1 0 30 A 1 1 0 31 _________ 0 0 0 32 B 1 1 0 33 _

Appendix A. Probe Assembly FIGURE A-1. Finished EnviroSMARTTM Assembly Figure A-1 shows a finished three-sensor probe. Your probe may require more

Warranty and Assistance The EnviroSMART™ SOIL WATER CONTENT PROFILE PROBES are warranted by CAMPBELL SCIENTIFIC, INC. to be free from defects in mater

Appendix A. Probe Assembly “Loosely” attach the handle to the rod with two of the large screws that came with the assembly as shown in Figure A-3. F

Appendix A. Probe Assembly FIGURE A-7. Sensor Orientation FIGURE A-8. Sensor Ribbon Cable Determine the number and locations of sensors that are

Appendix A. Probe Assembly FIGURE A-10. Aligning Sensor Tab with Probe Slot FIGURE A-11. Plugging in Ribbon Cable Header Advance the sensor to it

Appendix A. Probe Assembly FIGURE A-13. Location of Addressing Jumpers FIGURE A-14. Location of Jumper 1 FIGURE A-15. Location of Jumper 2 A-5

Appendix A. Probe Assembly FIGURE A-16. Location of Jumpers 1..16 After positioning and securing each sensor in its proper location, install the ju

Appendix B. Normalization and Function Test Normalization is the setting of the range over which the electronics is effective. This range is bounded

Appendix B. Normalization and Function Test Start the IPConfig Utility (Intelligent Probe Utility Software, P/N SEN06025) on the PC by clicking on th

Appendix B. Normalization and Function Test 1. Click on “Auto-detect Sensors” in the lower left corner. Wait until all sensors are auto-detected.

Appendix B. Normalization and Function Test B.1.2 TriSCAN Normalization When normalizing TriSCAN sensors for water content, follow the procedure in

Appendix B. Normalization and Function Test B.2 Configuration Testing FIGURE B-6. IPConfig Configuration Test Window Test the configuration by goi

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

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Appendix C. Access Tube Installation The information below is a summary. Further information is provided in the Sentek Diviner2000® Installation Gui

Appendix C. Access Tube Installation C.1 Standard Access Tube Installation C.1.1 Installation Tools Toolkit items Installation Toolkit No. 1 Items

Appendix C. Access Tube Installation C.1.2 Installing the Access Tube Figure C-1. Incorrect Installation To install the access tube, follow these

Appendix C. Access Tube Installation 11. Use a sledgehammer to tap the dolly until the access tube is embedded approximately 5-10 cm into the soil.

Appendix C. Access Tube Installation 5. Select Access Tube Cleaning Tool no. 3 — rag tool. Insert a clean cotton cloth into the eyelet and saturat

Appendix C. Access Tube Installation 5. Wipe off excess silicon from the inside of the access tube. 6. Screw the cap back onto the top cap housing.

Appendix C. Access Tube Installation 16. Winch the access tube carefully upward and out of the ground. 17. Remove the access tube from the extract

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Appendix D. Site Selection Site selection is a critical process for all soil water sensors. A properly selected site will reflect changes in soil mo

EnviroSMARTTM Table of Contents ii B. Normalization and Function Test...B-1 B.1 Normalization...

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Appendix E. SDI-12 Commands The SDI-12 EnviroSMART probe interface communicates with Campbell Scientific dataloggers by way of SDI-12 protocol. A co

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Campbell Scientific Companies Campbell Scientific, Inc. (CSI) 815 West 1800 North Logan, Utah 84321 UNITED STATES www.campbellsci.com • info@campbel

EnviroSMARTTM Soil Water Content Profile Probes 1. General EnviroSMARTTM probes measure a profile of volumetric soil water content. EnviroSMART prob

EnviroSMARTTM Soil Water Content Profile Probes 4.1 Water Content Sensor output is a dimensionless frequency (raw count) that is converted via a norm

EnviroSMARTTM Soil Water Content Profile Probes VIC can be related directly to a site-specific soil EC through the use of Sentek’s Benchmarking Proced

EnviroSMARTTM Soil Water Content Profile Probes 6. Specifications Feature EnviroSMARTTM SDI-12 Maximum cable length to logger or third party device 6

EnviroSMARTTM Soil Water Content Profile Probes 7. Installation Several configurations are possible when using the EnviroSMARTTM / EasyAG® Probes wit