Campbell-scientific EasyAG Probe for Soil Volumetric Water Content Pro Uživatelský manuál

EasyAG® Profile ProbesRevision: 3/09Copyright © 2002-2009Campbell Scientific, Inc.EasyAG® and EnviroSMART™ are trademarks of Sentek Pty. Ltd.

EasyAG® Soil Water Content Profile Probes 8.2 Cable Installation Securely tighten the gland nut through which the cable passes into the probe cap. I

EasyAG® Soil Water Content Profile Probes ‘Program Control Variables Dim X ‘Definition of DataTables DataTable (ES1_SF,1,-1) Sample (1,ES1

EasyAG® Soil Water Content Profile Probes ‘Load Measurement Failure Errors If ES1_SF(1) = NAN Then ES1_SF(1) = -99999 ‘If probe fails (NAN at

EasyAG® Soil Water Content Profile Probes Sample CR10X Program Shaded portions of program can be omitted if TriSCAN sensors are not used. ;CR10X Datal

EasyAG® Soil Water Content Profile Probes 3: Z=F x 10^n (P30) 1: -1000 F 2: 0 n, Exponent of 10 3: 17 -- Z Loc [ ES1_VIC_1 ]

EasyAG® Soil Water Content Profile Probes ;Load measurement failure errors 13: If (X<=>F) (P89) ;Measurement of 0 at 1st sensor 1: 1 X

EasyAG® Soil Water Content Profile Probes 24: Else (P94) ;Otherwise, calculate water content for ;the sensor 25: Z=X-Y (P35)

EasyAG® Soil Water Content Profile Probes 35: Set Active Storage Area (P80) 1: 1 Final Storage Area 1 2: 101 Array ID 36: Real Time (P77)

EasyAG® Soil Water Content Profile Probes 14 9 ES1_WC_1 1 3 5 10 ES1_WC_2 1 1 0 11 ES1_WC_3 1 1 0 12 ES1_WC_4 1 1 0 13 ES1_WC_5 1 1 0 14 ES1_WC_6

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

Warranty and Assistance The EasyAG® SOIL WATER CONTENT PROFILE PROBES are warranted by CAMPBELL SCIENTIFIC, INC. to be free from defects in materials

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

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

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

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

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Appendix B. Tube Installation B.1 Introduction B.1.1 Soil Suitability EasyAGTM may be installed into a range of soil types ranging in texture from

Appendix B. Tube Installation Small air gaps of 1 – 2 mm between the soil and the access tube near the surface may be closed with light finger pressu

Appendix B. Tube Installation The complete list of items required for the installation of the EasyAGTM probe: Sledgehammer Soil Auger Stabilization B

Appendix B. Tube Installation Put the soil sampler polyguide in place. The stabilization brace is now ready for insertion of the AMS soil sampler.

Appendix B. Tube Installation The stabilization brace should be firm to the ground without causing significant soil compression. Do not compress the

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

Appendix B. Tube Installation Do not compress the soil such that normal water infiltration is inhibited. WARNING Turn the auger one single complete

Appendix B. Tube Installation Step 3 - Assembling the EasyAGTM probe Attach the cutting tip to the base of the probe with firm pressure. No glue is

Appendix B. Tube Installation As the probe enters the prepared hole in the soil, it shaves off a residue that is eventually stored in the cutting ti

Appendix B. Tube Installation Insert the EasyAGTM dolly into the top cap and position it on top of the internal access tube. Continue inserting the

Appendix B. Tube Installation Remove all of the stabilization brace wing nuts. Lift both sections of the stabilization brace to clear the threads of

Appendix B. Tube Installation Remove the EasyAGTM dolly, thread a Fair RiteTM bead onto a loop in the cable but do not tighten it into place yet (re

Appendix B. Tube Installation Ensure that the sealing gasket is in good condition and is positioned correctly. WARNING Remove the stabilization brac

Appendix B. Tube Installation Caution is required here such that the top cap and access tube are not damaged. WARNING As no glue is used in the conn

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

EasyAG® Table of Contents ii A.2 Configuration Testing ... A-5 B. Tube Install

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Appendix D. SDI-12 Commands The SDI-12 EasyAG probe interface communicates with Campbell Scientific dataloggers by way of SDI-12 protocol. A complet

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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

EasyAG® Soil Water Content Profile Probes 1. General EasyAG® probes measure a profile of volumetric soil water content. EasyAG 50 probe measures at

EasyAG® Soil Water Content Profile Probes 4.1 Water Content Sensor output is a dimensionless frequency (raw count) that is converted via a normalizat

EasyAG® Soil Water Content Profile Probes VIC can be related directly to a site-specific soil EC through the use of Sentek’s Benchmarking Procedure. T

EasyAG® Soil Water Content Profile Probes 6. Specifications Feature EasyAG SDI-12 Maximum cable length to logger or third party device 60 m (200 ft)

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