Campbell Scientific AVW200 AVW200-series Vibrating Wire Interfaces - Page 8

Tables, Example COAX RPSMA-L Cable for Yagi or Omni Colinear

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Table of Contents 5-7. Opening Page of the Troubleshoot Tool 33 5-8. Options Tab of the Troubleshoot Tool 34 5-9. Graphs for Evaluating Spectral Analysis of a Sensor 35 A-1. Geokon Calibration Report of a Sensor without a Thermistor ........ A-2 B-1. Temperature Measurement Error at Three Temperatures as a Function of Lead Length. Wire is 22 AWG with 16 ohms per 1000 feet B-2 B-2. Temperature Measurement Error on a 1000 foot Lead. Wire is 22 AWG with 16 ohms per 1000 feet B-3 B-3. Temperature Measurement Error on a 3000 foot Lead. Wire is 22 AWG with 16 ohms per 1000 feet B-3 B-4. Temperature Measurement Error on a 5000 foot Lead. Wire is 22 AWG with 16 ohms per 1000 feet B-4 C-1. Some FCC Approved Antennas C-4 C-2. Example COAX RPSMA-L Cable for Yagi or Omni Colinear....... C-5 C-3. Antenna Surge Protector C-5 F-1. Good Sensor with a Narrower Range (200 to 2200 Hz F-2 F-2. Good Sensor with a Wider Range (200 to 6500 Hz F-2 F-3. Good Sensor with Noise (600 to 1800 Hz F-3 F-4. Good Sensor with Noise (450 to 6500 Hz F-4 I-1. Deployment tab in DevConfig with proper MD485 configuration....I-1 I-2. Point-to-Point MD485-to-AVW200 Network I-2 I-3. Point-to-Multipoint MD485-to-AVW200 Network I-2 I-4. MD485 and its connectors I-3 I-5. MD485-to-MD485 Connections and Grounding I-4 Tables 2-1. AVW200 Measurement Inputs 8 2-2. AVW200 Measurement Outputs 9 4-1. Datalogger to AVW200 Cable Options 20 4-2. 17855 or SC110's DTE Cable Wiring 21 4-3. Datalogger to Spread Spectrum Radio Connections 22 5-1. AVW206 Power Modes and the Recommended Corresponding RF401 Power Modes 28 5-2. Terminal Mode Commands 36 6-1. SDI-12 Command Codes 43 7-1. Wiring for Example 7.1.1 45 7-2. Wiring for Example 7.2 47 7-3. Wiring for Example 7.3 48 7-4. Wiring for Sequential Mode Examples 50 7-5. SDI-12 Command Codes 52 D-1. Description of the Public Table D-1 E-1. Status Fields and Descriptions E-1 iv

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Table of Contents
5-7.
Opening Page of the Troubleshoot Tool
............................................
33
5-8.
Options Tab of the Troubleshoot Tool
..............................................
34
5-9.
Graphs for Evaluating Spectral Analysis of a Sensor
........................
35
A-1.
Geokon Calibration Report of a Sensor without a Thermistor
........
A-2
B-1.
Temperature Measurement Error at Three Temperatures as a
Function of Lead Length.
Wire is 22 AWG with 16 ohms
per 1000 feet.
...............................................................................
B-2
B-2.
Temperature Measurement Error on a 1000 foot Lead.
Wire is
22 AWG with 16 ohms per 1000 feet.
.........................................
B-3
B-3.
Temperature Measurement Error on a 3000 foot Lead.
Wire is
22 AWG with 16 ohms per 1000 feet.
.........................................
B-3
B-4.
Temperature Measurement Error on a 5000 foot Lead.
Wire is
22 AWG with 16 ohms per 1000 feet.
.........................................
B-4
C-1.
Some FCC Approved Antennas
......................................................
C-4
C-2.
Example COAX RPSMA-L Cable for Yagi or Omni Colinear
.......
C-5
C-3.
Antenna Surge Protector
..................................................................
C-5
F-1.
Good Sensor with a Narrower Range (200 to 2200 Hz)
...................
F-2
F-2.
Good Sensor with a Wider Range (200 to 6500 Hz)
........................
F-2
F-3.
Good Sensor with Noise (600 to 1800 Hz)
.......................................
F-3
F-4.
Good Sensor with Noise (450 to 6500 Hz)
.......................................
F-4
I-1.
Deployment tab in DevConfig with proper MD485 configuration
....
I-1
I-2.
Point-to-Point MD485-to-AVW200 Network
...................................
I-2
I-3.
Point-to-Multipoint MD485-to-AVW200 Network
..........................
I-2
I-4.
MD485 and its connectors.
................................................................
I-3
I-5.
MD485-to-MD485 Connections and Grounding
...............................
I-4
Tables
2-1.
AVW200 Measurement Inputs
............................................................
8
2-2.
AVW200 Measurement Outputs
.........................................................
9
4-1.
Datalogger to AVW200 Cable Options
.............................................
20
4-2.
17855 or SC110’s DTE Cable Wiring
...............................................
21
4-3.
Datalogger to Spread Spectrum Radio Connections
..........................
22
5-1.
AVW206 Power Modes and the Recommended Corresponding
RF401 Power Modes
......................................................................
28
5-2.
Terminal Mode Commands
...............................................................
36
6-1.
SDI-12 Command Codes
...................................................................
43
7-1.
Wiring for Example 7.1.1
..................................................................
45
7-2.
Wiring for Example 7.2
.....................................................................
47
7-3.
Wiring for Example 7.3
.....................................................................
48
7-4.
Wiring for Sequential Mode Examples
.............................................
50
7-5.
SDI-12 Command Codes
...................................................................
52
D-1.
Description of the Public Table
.......................................................
D-1
E-1.
Status Fields and Descriptions
..........................................................
E-1
iv