Campbell Scientific HFP01SC HFP01SC Hukseflux Self-Calibrating Soil Heat Flux - Page 5

Table of Contents - hukseflux

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Table of Contents PDF viewers: These page numbers refer to the printed version of this document. Use the PDF reader bookmarks tab for links to specific sections. 1. Introduction 1 2. Cautionary Statements 1 3. Initial Inspection 1 4. Overview 1 5. Specifications 2 6. Installation 3 6.1 Placement in Soil 3 6.2 Wiring 6 6.3 Programming 6 6.3.1 Example 1. Sample CR3000 Program Using a Differential Measurement Instruction 6 6.3.2 Example 2. Sample CR10(X) Program Using a Single-Ended Measurement Instruction 9 6.3.3 Example 3. Sample CR23X Program Using a Differential Measurement Instruction 13 6.3.4 Example 4. Sample CR10X Program Using External Power and Relay 17 6.4 Soil Heat Flux and Storage 22 6.5 In-Situ Calibration Theory 23 7. Maintenance 24 8. References 24 Figures 6-1. 6-2. Placement of heat flux plates 3 HFP01SC plate 4 Tables 6-1. Datalogger Connections for a Single-Ended Measurement 5 6-2. Datalogger Connections for a Differential Measurement 5 6-3. Wiring for Example 1 6 6-4. Wiring for Example 2 9 6-5. Wiring for Example 3 13 6-6. Sensor Wiring for Example 4 17 6-7. Datalogger-to-A21REL-12 Wiring for Example 4 17 6-8. Hukseflux and Campbell Scientific Variable Names 24 i

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Table of Contents
PDF viewers:
These page numbers refer to the printed version of this document.
Use the
PDF reader bookmarks tab for links to specific sections.
1.
Introduction
.................................................................
1
2.
Cautionary Statements
...............................................
1
3.
Initial Inspection
.........................................................
1
4.
Overview
......................................................................
1
5.
Specifications
.............................................................
2
6.
Installation
...................................................................
3
6.1
Placement in Soil
..................................................................................
3
6.2
Wiring
..................................................................................................
6
6.3
Programming
........................................................................................
6
6.3.1
Example 1.
Sample CR3000 Program Using a Differential
Measurement Instruction
...........................................................
6
6.3.2
Example 2.
Sample CR10(X) Program Using a Single-Ended
Measurement Instruction
...........................................................
9
6.3.3
Example 3.
Sample CR23X Program Using a Differential
Measurement Instruction
.........................................................
13
6.3.4
Example 4.
Sample CR10X Program Using External Power
and Relay
.................................................................................
17
6.4
Soil Heat Flux and Storage
.................................................................
22
6.5
In-Situ Calibration Theory
.................................................................
23
7.
Maintenance
..............................................................
24
8.
References
................................................................
24
Figures
6-1.
Placement of heat flux plates
...............................................................
3
6-2.
HFP01SC plate
.....................................................................................
4
Tables
6-1.
Datalogger Connections for a Single-Ended Measurement
.................
5
6-2.
Datalogger Connections for a Differential Measurement
.....................
5
6-3.
Wiring for Example 1
...........................................................................
6
6-4.
Wiring for Example 2
...........................................................................
9
6-5.
Wiring for Example 3
.........................................................................
13
6-6.
Sensor Wiring for Example 4
.............................................................
17
6-7.
Datalogger-to-A21REL-12 Wiring for Example 4
.............................
17
6-8.
Hukseflux and Campbell Scientific Variable Names
.........................
24
i