Home
Campbell
Data Loggers
CR800 Series
Campbell CR800 Series User Manual
5
of 1
of 1 rating
598 pages
Give review
Manual
Specs
To Next Page
To Next Page
To Previous Page
To Previous Page
Loading...
Section
7
. Installat
ion
205
or,
in the c
ase o
f or
thogo
nal
se
nsors
whe
re
Standar
d deviation of
w
ind d
irecti
on (Yam
artino algorithm
)
where,
and Ux and Uy are as defined above.
Mean Wind Vector
Resultant
mean horizo
ntal wind
speed
, Ū:
FIGURE 47:
Mean W
ind
-
Vector
Gra
ph
w
here f
or polar sens
ors:
204
206
Table of Contents
Default Chapter
9
Table of Contents
9
1 Introduction
29
Hello
29
Typography
30
Capturing Crbasic Code
30
2 Precautions
31
3 Initial Inspection
33
4 Quickstart
35
Sensors - Quickstart
35
Datalogger - Quickstart
36
CR800 Module
36
Wiring Panel - Quickstart
36
Power Supplies - Quickstart
37
Internal Battery - Quickstart
38
Data Retrieval and Comms - Quickstart
38
Datalogger Support Software - Quickstart
39
Tutorial: Measuring a Thermocouple
39
What You will Need
40
Hardware Setup
40
Connect External Power Supply
40
Connect Comms
41
PC200W Software Setup
41
FIGURE 2: Connect Power and Comms
41
FIGURE 3: PC200W Main Window
42
Write Crbasic Program with Short Cut
43
PC200W Ezsetup Wizard Prompts
43
Procedure: (Short Cut Steps 1 to 5)
44
FIGURE 4: Short Cut Temperature Sensor Folder
44
Procedure: (Short Cut Steps 6 to 7)
45
Procedure: (Short Cut Step 8)
45
Procedure: (Short Cut Steps 9 to 12)
45
FIGURE 5: Short Cut Outputs Tab
45
Procedure: (Short Cut Steps 13 to 14)
46
Send Program and Collect Data
46
FIGURE 6: Short Cut Compile Confirmation Window and Results Tab
46
FIGURE 7: PC200W Main Window
47
Procedure: (PC200W Step 1)
47
Procedure: (PC200W Steps 2 to 4)
47
FIGURE 8: PC200W Monitor Data Tab - Public Table
48
Procedure: (PC200W Step 5)
48
FIGURE 10: PC200W Collect Data Tab
49
FIGURE 9: PC200W Monitor Data Tab - Public and Onemin Tables
49
Procedure: (PC200W Step 6)
49
FIGURE 11: PC200W View Data Utility
50
Procedure: (PC200W Steps 7 to 10)
50
FIGURE 12: PC200W View Data Table
51
Procedure: (PC200W Steps 11 to 12)
51
Procedure: (PC200W Steps 13 to 14)
51
Data Acquisition Systems - Quickstart
52
FIGURE 13: PC200W View Line Graph
52
FIGURE 14: Data-Acquisition System Components
53
5 Overview
55
Datalogger - Overview
56
FIGURE 15: Data Acquisition System - Overview
56
Wiring Panel - Overview
57
FIGURE 16: Wiring Panel
58
FIGURE 1: Wiring Panel
58
CR800 Wiring Panel Terminal Definitions
58
Switched Voltage Output - Overview
59
Voltage Excitation - Overview
60
FIGURE 17: Control and Monitoring with C Terminals
60
Power Terminals
61
Communication Ports - Overview
61
Power in Terminals
61
Power out Terminals
61
Ports
62
CPI Port and CDM Devices - Overview
63
Ports
63
SDM Port
63
Ethernet Port
64
Grounding - Overview
64
Measurements - Overview
64
Analog Measurements - Overview
65
Time Keeping - Overview
65
Voltage Measurements - Overview
65
FIGURE 18: Analog Sensor Wired to Single-Ended Channel #1
66
FIGURE 19: Analog Sensor Wired to Differential Channel #1
67
Single-Ended Measurements - Overview
67
Current Measurements - Overview
68
Differential Measurements - Overview
68
FIGURE 20: Half-Bridge Wiring Example - Wind Vane Potentiometer
69
Resistance Measurements - Overview
69
Voltage Excitation
69
FIGURE 21: Full-Bridge Wiring Example - Pressure Transducer
70
Pulse Measurements - Overview
70
Strain Measurements - Overview
70
FIGURE 22: Pulse Sensor Output Signal Types
71
Pulse Input Channels
71
Pulses Measured
71
FIGURE 23: Pulse Input Wiring Example - Anemometer
72
Pulse Sensor Wiring
72
Pulse Input Terminals and Measurements
72
Period Averaging - Overview
73
Vibrating Wire Measurements - Overview
73
Reading Smart Sensors - Overview
74
Sensor Support - Overview
74
Field Calibration - Overview
75
FIGURE 24: Terminals Configurable for RS-232 Input
75
FIGURE 25: Use of RS-232 and Digital I/O When Reading
75
Overview
75
RS-232 — Overview
75
Cabling Effects - Overview
76
Synchronizing Measurements - Overview
76
Synchronizing Measurements in a Datalogger Network - Overview
76
Synchronizing Measurements in the CR800 - Overview
76
Data Retrieval and Comms - Overview
76
Comms Protocols
77
Data File Formats in CR800 Memory
77
Data Format on Computer
77
Mass-Storage Device
77
Pakbus Comms - Overview
77
Alternate Comms Protocols - Overview
78
Modbus - Overview
78
DNP3 - Overview
79
TCP/IP - Overview
79
Comms Hardware - Overview
80
Keyboard/Display - Overview
80
Character Set
81
FIGURE 26: CR1000KD Keyboard/Display
81
Integrated/Keyboard Display
81
Custom Menus - Overview
82
Measurement and Control Peripherals - Overview
82
FIGURE 27: Custom Menu Example
82
Power Supplies - Overview
83
CR800 Setup - Overview
83
Crbasic Programming - Overview
84
Security - Overview
84
Maintenance - Overview
85
Protection from Moisture - Overview
85
Protection from Voltage Transients - Overview
85
Factory Calibration - Overview
86
Internal Battery - Overview
86
Datalogger Support Software - Overview
86
PLC Control - Overview
87
Auto Self-Calibration - Overview
89
Memory - Overview
89
6 Specifications
91
7 Installation
93
Enclosures - Details
93
FIGURE 28: Enclosure
93
Power Supplies - Details
94
CR800 Power Requirement
94
Calculating Power Consumption
95
Power Sources
95
Vehicle Power Connections
95
Uninterruptable Power Supply (UPS)
96
External Power Supply Installation
96
External Alkaline Power Supply
96
Grounding - Details
96
FIGURE 29: Connecting to Vehicle Power Supply
96
ESD Protection
97
FIGURE 30: Schematic of Grounds
98
Lightning Protection
98
FIGURE 31: Lightning Protection Scheme
99
Single-Ended Measurement Reference
99
Ground Potential Differences
100
External Signal Conditioner
100
Soil Temperature Thermocouple
100
Ground Looping in Ionic Measurements
101
Protection from Moisture - Details
102
CR800 Setup - Details
102
FIGURE 32: Model of a Ground Loop with a Resistive Sensor
102
Tools - Setup
103
Devconfig - Setup Tools
103
FIGURE 33: Device Configuration Utility (Devconfig)
104
Network Planner - Setup Tools
104
FIGURE 34: Network Planner Setup
105
Overview - Network Planner
105
Basics - Network Planner
106
Info Tables and Settings - Setup Tools
107
Crbasic Program - Setup Tools
108
Executable CPU: Files - Setup Tools
108
Default.cr8 File
109
Include" File
109
Simple Default.cr8 File to Control SW12 Terminal
109
FIGURE 35: "Include" File Settings with Devconfig
110
FIGURE 36: "Include" File Settings with Pakbusgraph
111
Using an "Include" File
111
Executable File Run Priorities
112
Include' File to Control SW12 Terminal
112
Setup Tasks
113
Operating System (OS) - Details
113
Common Configuration Actions and Tools
113
OS Update with Devconfig Send os Tab
114
OS Update with File Control
115
OS Update with Send Program Command
116
Program Send Command Locations
116
OS Update with External Memory and Powerup.ini File
117
Factory Defaults - Installation
118
Saving and Restoring Configurations - Installation
118
Crbasic Programming - Details
119
FIGURE 37: Summary of CR800 Configuration
119
Program Structure
119
Crbasic Program Structure
119
Writing and Editing Programs
122
Crbasic Editor
122
Short Cut Programming Wizard
122
Inserting Comments into Program
123
Conserving Program Memory
124
Program Statements
124
Programming Syntax
124
Inserting Comments
124
Multiple Statements on One Line
125
One Statement on Multiple Lines
125
Single-Statement Declarations
125
Declaring Variables
126
Declaring Data Types
127
Data Types in Final-Storage Memory
127
Data Type Declarations
130
Dimensioning Numeric Variables
131
Declaring Flag Variables
132
Dimensioning String Variables
132
Using Variable Array Dimension Indices
132
Using Variable Pointers
133
Flag Declaration and Use
133
Declaring Arrays
134
Advanced Array Declaration
135
Using a Variable Array in Calculations
135
Declaring Local and Global Variables
136
Initializing Variables
136
Declaring Constants
137
Initializing Variables
137
Declaring Aliases and Units
138
Predefined Constants
138
Using the Const Declaration
138
Numerical Formats
139
Formats for Entering Numbers in Crbasic
139
Load Binary Information into a Variable
140
Multi-Statement Declarations
140
Declaring Data Tables
141
Typical Data Table
142
TOA5 Environment Line
142
Declaration and Use of a Data Table
143
Datainterval() Lapse Parameter Options
146
Declaring Subroutines
148
Use of the Disable Variable
148
Declaring Incidental Sequences
149
Declaring Subroutines
149
Execution and Task Priority
150
Pipeline Mode
151
Program Tasks
151
Sequential Mode
152
Execution Timing
153
Scan() / Nextscan
153
Program Timing Instructions
153
Beginprog / Scan() / Nextscan / Endprog Syntax
154
Slowsequence / Endsequence
154
Scan Priorities in Sequential Mode
155
Subscan() / Nextsubscan
155
FIGURE 38: Sequential-Mode Scan Priority Flow Diagrams
157
Measurement and Data Storage Processing
157
Programming Instructions
157
Argument Types
158
Measurement Instruction Syntax
158
Names in Arguments
158
Expressions in Arguments
159
Rules for Names
159
Floating-Point Arithmetic
160
Programming Expression Types
160
Data Types in Variable Memory
160
Arithmetic Operations
161
Expressions with Numeric Data Types
161
Use of Move() to Conserve Code Space
161
Use of Variable Arrays to Conserve Code Space
161
Conversion of FLOAT / LONG to Boolean
162
Constants to Longs or Floats
163
Evaluation of Integers
163
Logical Expressions
163
Binary Conditions of TRUE and FALSE
164
Logical Expression Examples
165
String Expressions
166
Programming Access to Data Tables
167
Data Process Abbreviations
168
Functions (with a Capital F)
169
Programming to Use Signatures
169
Preserving Data at Program Send
170
Sending Crbasic Programs
170
Programming Resource Library
171
Advanced Programming Techniques
171
Capturing Events
171
FIGURE 39: Crbasic Editor Program Send File Control Window
171
Program Send Options that Reset Memory
171
Conditional Output
173
Groundwater Pump Test
173
Groundwater Pump Test
174
Miscellaneous Features
176
Pulsecountreset Instruction
178
Scaling Array
179
Signatures: Example Programs
180
Binary Runtime Signature
180
Executable Code Signatures
180
Text Signature
180
Use of Multiple Scans
181
Data Input: Loading Large Data Sets
182
Data Input: Array-Assigned Expression
183
Array Assigned Expression: Sum Columns and Rows
185
Array Assigned Expression: Comparison Boolean Evaluation
186
Data Output: Calculating Running Average
187
FIGURE 40: Running-Average Frequency Response
190
FIGURE 41: Running-Average Signal Attenuation
190
Data Output: Two Intervals in One Data Table
191
Data Output: Triggers and Omitting Samples
192
Data Output: Using Data Type Bool8
193
FIGURE 42: Data from Trigvar Program
193
FIGURE 43: Alarms Toggled in Bit Shift Example
195
FIGURE 45: Bool8 Data from Bit Shift Example (PC Data File)
196
Data Output: Using Data Type NSEC
198
NSEC Options
198
NSEC — One Element Time Array
199
NSEC — Seven and Nine Element Time Arrays
200
Data Output: Wind Vector
201
Outputopt Parameters
202
Wind Vector Processing
202
Windvector() Outputopt Options
202
Measured Raw Data
203
Calculations
204
FIGURE 47: Mean Wind-Vector Graph
205
FIGURE 48: Standard Deviation of Direction
206
Displaying Data: Custom Menus - Details
207
FIGURE 50: Custom Menu Example — Home Screen
209
FIGURE 53: Custom Menu Example — Predefined Notes Pick List
210
FIGURE 56: Custom Menu Example — Control Sub Menu
211
Custom Menus
212
Field Calibration - Details
214
Field Calibration CAL Files
214
Field Calibration Programming
215
Field Calibration Wizard Overview
215
Field Calibration Numeric Monitor Procedures
215
One-Point Calibrations (Zero or Offset)
216
Fieldcal() Codes
216
Two-Point Calibrations (Gain and Offset)
217
Zero Basis Point Calibration
217
Field Calibration Examples
217
Fieldcal() Zero or Tare (Opt 0) Example
218
Fieldcal() Zero
219
Fieldcal() Offset (Opt 1) Example
220
Calibration Report for Salinity Sensor
221
Fieldcal() Offset
222
Fieldcal() Slope and Offset (Opt 2) Example
223
Fieldcal() Two-Point Slope and Offset
224
Fieldcal() Slope (Opt 3) Example
225
Calibration Report for Water Content Sensor
226
Fieldcal() Multiplier
227
Fieldcal() Zero Basis (Opt 4) Example
228
Field Calibration Strain Examples
228
Fieldcalstrain() Shunt Calibration Concepts
228
Fieldcalstrain() Shunt Calibration Example
229
FIGURE 59: Quarter-Bridge Strain Gage with RC Resistor Shunt
230
Fieldcalstrain() Quarter-Bridge Shunt Example
231
Fieldcalstrain() Quarter-Bridge Zero
232
Measurement: Fast Analog Voltage
233
Fast Analog Voltage Measurement: Fast Scan()
234
Analog Voltage Measurement: Cluster Burst
235
Dwell Burst Measurement
236
Tips - Fast Analog Voltage
237
Measurement: Excite, Delay, Measure
239
Serial I/O: SDI-12 Sensor Support - Details
240
Transparent Mode
240
Transparent Mode Commands
241
Revision
242
Recorder Mode
246
Alternate Start Concurrent Measurement Command
248
Using Sdi12Sensor() to Test CV Command
250
Using Alternate Concurrent Command (Ac)
251
Extended Command Support
253
Sensor Mode
253
SDI-12 Sensor Setup
254
Power Considerations
255
Compiling: Conditional Code
256
Conditional Code
257
Measurement: RTD, PRT, PT100, PT1000
258
Measurement Theory (PRT)
259
General Procedure (PRT)
260
Callandar-Van Dusen Coefficients for PT100, Α = 0.00385
261
Example: 100 Ω PRT in Four-Wire Half Bridge with Voltage Excitation (PT100 / Brhalf4W() )
262
PT100 Brhalf4W() Four-Wire Half-Bridge Calibration
264
PT100 Brhalf4W() Four-Wire Half-Bridge Measurement
265
Example: 100 Ω PRT in Three-Wire Half Bridge with Voltage Excitation (PT100 / Brhalf3W() )
266
PT100 Brhalf3W() Three-Wire Half-Bridge Calibration
268
PT100 Brhalf3W() Three-Wire Half-Bridge Measurement
269
Example: 100 Ω PRT in Four-Wire Full Bridge with Voltage Excitation (PT100 / Brfull() )
270
PT100 Brfull() Four-Wire Full-Bridge Calibration
271
PT100 Brfull() Four-Wire Full-Bridge Calibration
273
PRT Callendar-Van Dusen Coefficients
275
Prtcalc() Prttype = 1, Α = 0.00385 1
276
Prtcalc() Prttype = 2, Α = 0.00392 1
277
Prtcalc() Prttype = 5, Α = 0.00375 1
278
Introduction
279
Self-Heating and Resolution
279
Serial I/O: Capturing Serial Data
279
I/O Ports
280
Glossary of Serial I/O Terms
281
Protocols
281
Serial I/O Crbasic Programming
284
Serial I/O Programming Basics
284
Serial I/O Input Programming Basics
286
Serial I/O Output Programming Basics
288
Serial I/O Memory Considerations
289
Serial I/O Translating Bytes
289
Serial I/O Example I
290
Receiving an RS-232 String
291
Serial I/O Application Testing
292
Configure Hyperterminal
292
FIGURE 69: Hyperterminal Connect-To Settings
293
Create Send-Text File
294
Create Text-Capture File
294
Serial I/O Example II
295
Measure Sensors / Send RS-232 Data
296
Serial I/O Q & a
300
String Operations
303
String Operators
303
String Concatenation
304
Concatenation of Numbers and Strings
305
String NULL Character
306
Inserting String Characters
307
Subroutines
307
Subroutine with Global and Local Variables
308
8 Operation
311
Measurements - Details
311
Time Keeping - Details
311
Time Stamps
311
Time Stamping with System Time
312
Analog Measurements - Details
313
Voltage Measurement Quality
314
Analog Measurement Integration
316
FIGURE 74: Ac Power Noise Rejection Techniques
317
FIGURE 75: Input Voltage Rise and Transient Decay
319
Measuring Settling Time
320
FIGURE 76: Settling Time for Pressure Transducer
321
First Six Values of Settling Time Data
322
Range-Code Option C Over-Voltages
323
Offset Voltage Compensation Options
326
Analog Voltage Measurement Accuracy 1
328
Analog Voltage Measurement Resolution
329
Thermocouple Measurements - Details
331
Resistance Measurements - Details
332
Resistive-Bridge Circuits with Voltage Excitation
333
Ac Excitation
335
Accuracy - Resistance Measurements
335
Ratiometric-Resistance Measurement Accuracy
336
Auto Self-Calibration - Details
337
Auto Self-Calibration Process
337
Calgain() Field Descriptions
339
Calseoffset() Field Descriptions
340
Calibrate() Instruction Results
341
Strain Measurements - Details
343
Current Measurements - Details
344
Voltage Measurements - Details
345
Voltage Measurement Limitations
345
Analog Voltage Input Ranges and Options
346
Voltage Measurement Mechanics
348
FIGURE 80: Programmable Gain Input Amplifier (PGIA): H to V+, L to V–, VH to V+, VL to V– Correspond to Text
349
Parameters that Control Measurement Sequence and Timing
350
Voltage Measurement Quality
351
Analog Measurement Integration
354
FIGURE 81: Ac Power Noise Rejection Techniques
354
Ac Noise Rejection on Small Signals 1
355
Ac Noise Rejection on Large Signals 1
355
Crbasic Measurement Settling Times
357
FIGURE 82: Input Voltage Rise and Transient Decay
357
Measuring Settling Time
358
First Six Values of Settling Time Data
359
FIGURE 83: Settling Time for Pressure Transducer
359
Range-Code Option C Over-Voltages
361
Offset Voltage Compensation Options
364
Analog Voltage Measurement Accuracy 1
366
Analog Voltage Measurement Offsets
366
Analog Voltage Measurement Resolution
367
Measurement with Input Reversal at a Temperature between 0 to 40 °C
368
Pulse Measurements - Details
369
FIGURE 85: Pulse Sensor Output Signal Types
370
Pulse Measurements: Terminals and Programming
371
FIGURE 87: Terminals Configurable for Pulse Input
371
Low-Level Ac Measurements - Details
372
Pulse Measurement Terminals
372
High-Frequency Measurements
373
Frequency Resolution
374
Example: E for a 10 Hz Input Signal
374
Frequency Measurement Q & a
375
Switch Closure and Open-Collector Measurements
375
Frequency Resolution Comparison
375
Edge Timing
376
Edge Counting
377
Pulse Measurement Tips
377
Timer Input on I/O NAN Conditions
377
Switch Closures and Open Collectors on P Terminals
378
Switch Closures and Open Collectors
378
Pay Attention to Specifications
379
Input Filters and Signal Attenuation
380
Three Specifications Differing between P and C Terminals
380
Time Constants (Τ)
381
Low-Level Ac Pules Input Ranges
381
FIGURE 88: Amplitude Reduction of Pulse Count Waveform (before and after 1 Μs Μs Time-Constant Filter)
381
Time-Domain Measurement
382
Vibrating Wire Measurements - Details
382
Period Averaging - Details
383
And TTL - Details
384
Reading Smart Sensors - Details
384
Field Calibration - Overview
385
SDI-12 Sensor Support — Details
385
Sensor Support - Details
385
Analog Sensor Cabling
386
Cabling Effects - Details
386
Pulse Sensor Cabling
386
Sensor Cabling
386
Synchronizing Measurement in the CR800 - Details
387
Synchronizing Measurements - Details
387
Synchronizing Measurements in a Datalogger Network - Details
387
Switched-Voltage Output - Details
388
Switched-Voltage Excitation
389
Current Source and Sink Limits
389
Continuous-Regulated (5V Terminal)
390
Continuous-Unregulated Voltage (12V Terminal)
390
Switched-Unregulated Voltage (SW12 Terminal)
391
PLC Control - Details
391
Terminals Configured for Control
392
Measurement and Control Peripherals - Details
393
Analog Input Modules
393
Analog Output Modules
394
Component-Built Relays
394
PLC Control Modules - Overview
394
Relays and Relay Drivers
394
Low-Level Ac Input Modules - Overview
395
Pulse Input Modules
395
Serial I/O Modules - Details
396
Terminal-Input Modules
396
Vibrating Wire Modules
396
Datalogger Support Software - Details
396
Program and os File Compression Q and a
397
Security - Details
400
Typical Gzip File Compression Results
400
Vulnerabilities
401
Pass-Code Lockout
402
Pass-Code Lockout By-Pass
403
Csipasswd
404
Pakbus Instructions
404
Passwords
404
TCP/IP Instructions
404
Communication Encryption
405
File Encryption
405
Hiding Files
405
Settings - Passwords
405
Read Only Variables
406
Signatures
406
Memory - Details
406
Storage Media
406
CR800 Memory Allocation
407
CR800 SRAM Memory
408
CPU: Drive
409
Data Table SRAM
409
Memory Drives - On-Board
409
CR800 Memory Drives
409
USB: Drive
410
USR: Drive
410
Data File Formats
411
Tablefile() Instruction Data File Formats
411
Full Memory Reset
415
Resetting the CR800
415
File Management in CR800 Memory
416
Formatting Drives
416
Manual Data-Table Reset
416
Program Send Reset
416
File Control Functions
417
File Attributes
418
CR800 File Attributes
418
Files Manager
419
Data Preservation
420
Powerup.ini File - Details
421
Creating and Editing Powerup.ini
422
Powerup.ini Script Commands and Applications
423
File Management Q & a
424
File Names
424
File System Error Codes
425
File System Errors
425
Data Retrieval and Comms - Details
426
Protocols
426
Conserving Bandwidth
427
Initiating Comms (Callback)
427
Alternate Comms Protocols
428
TCP/IP - Details
428
Dhcp
429
Fyis - OS2; OS28
429
Default HTTP Web Server
430
Dns
430
FTP Client
430
FTP Server
430
HTTP Web Server
430
Custom HTTP Web Server
431
Custom Web Page HTML
433
Micro-Serial Server
434
Modbus TCP/IP
434
Pakbus over TCP/IP and Callback
434
Ping (IP)
435
Snmp
435
Telnet
435
Smtp
435
Web API
435
Web API - Details
435
DNP3 - Details
436
Modbus - Details
436
Glossary of Modbus Terms
437
Modbus Terminology
437
Modbus to Campbell Scientific Equivalents
437
Declarations (Modbus Programming)
438
Programming for Modbus
438
Equivalents
438
Crbasic Instructions (Modbus)
439
Addressing (Modbusaddr)
439
Supported Modbus Function Codes
440
Reading Inverse Format Modbus Registers
440
Timing
441
Troubleshooting (Modbus)
441
Modbus over IP
441
Modbus Security
441
Modbus over RS-232 7/E/1
442
Converting Modbus 16-Bit to 32-Bit Longs
442
Keyboard/Display - Details
443
Character Set
444
Special Keyboard/Display Key Functions
444
Data Display
446
Real-Time Custom
447
Real-Time Tables and Graphs
447
Final-Storage Data
449
Run/Stop Program
450
File Edit
451
File Management
451
Port Status and Status Table
453
CR1000KD: Pakbus Settings
454
CR1000KD: Set Time / Date
454
Settings
454
Configure Display
455
CPI Port and CDM Devices - Details
455
9 Maintenance - Details
457
Protection from Moisture - Details
457
Internal Battery - Details
457
Internal Lithium Battery Specifications
458
Factory Calibration or Repair Procedure
461
10 Troubleshooting
463
Troubleshooting - Essential Tools
463
Troubleshooting - Basic Procedure
463
Troubleshooting - Error Sources
464
Troubleshooting - Status Table
465
Troubleshooting - Crbasic Programs
465
Program Does Not Compile
465
Program Compiles / Does Not Run Correctly
466
NAN and ±INF
466
Measurements and NAN
466
Data Types, NAN, and ±INF
467
Floating-Point Math, NAN, and ±INF
467
Measurements
467
Voltage Measurements
467
Math Expressions and Crbasic Results
468
Inf
468
Output Processing and NAN
469
Status Table as Debug Resource
470
Compileresults
471
Warning Message Examples
471
Skippedscan
472
Memoryfree
473
Progerrors
473
Skippedrecord
473
Skippedsystemscan
473
Varoutofbounds
473
Status Table Watchdogerrors
474
Watchdog Errors
474
Watchdoginfo.txt File
475
Troubleshooting - Operating Systems
475
Troubleshooting - Auto Self-Calibration Errors
475
Troubleshooting - Communications
476
476
476
Communicating with Multiple Pcs
476
Comms Memory Errors
477
Troubleshooting - Power Supplies
477
Troubleshooting Power Supplies - Overview
477
Battery Test
478
Troubleshooting Power Supplies - Examples
478
Troubleshooting Power Supplies - Procedures
478
Charging Regulator with Solar Panel Test
479
Charging Regulator with Transformer Test
481
Adjusting Charging Voltage
482
Troubleshooting - Using Terminal Mode
483
CR800 Terminal Commands
484
Serial Talk through and Comms Watch
486
Troubleshooting - Using Logs
486
Troubleshooting - Data Recovery
486
Log Locations
486
Troubleshooting - Miscellaneous Errors
487
Voltage Calibration Error
487
Troubleshooting - Rebooting
488
11 Glossary
489
Terms
489
Program Send Command
510
Concepts
522
Accuracy, Precision, and Resolution
522
12 Attributions
525
Info Tables and Settings
527
Info Tables and Settings Interfaces
527
Info Tables and Settings Directories
529
Info Tables and Settings: Directories
529
Info Tables and Settings: Frequently Used
529
Info Tables and Settings: Keywords
530
Info Tables and Settings: Accessed by Keyboard/Display
532
Info Tables and Settings: KD Settings | Datalogger
532
Info Tables and Settings: KD Settings | Comports
532
Info Tables and Settings: KD Settings | Ethernet
532
Info Tables and Settings: KD Settings | PPP
532
Info Tables and Settings: KD Settings | CS I/O IP
532
CR1000KD Keyboard/Display
532
Info Tables and Settings: KD Settings | Advanced
532
Info Tables and Settings: KD Status Table Fields
533
Info Tables and Settings: Settings Only in Settings Editor
533
Info Tables and Settings: Communications
534
Info Tables and Settings: Communications, General
534
Info Tables and Settings: Communications, Pakbus
534
Info Tables and Settings: Communications, TCP_IP I
534
Info Tables and Settings: Communications, TCP_IP II
534
Info Tables and Settings: Communications, TCP_IP III
534
A.1.1.4 Info Tables and Settings: Communications
534
Info Tables and Settings: Other
535
Info Tables and Settings: Programming
535
Info Tables and Settings: Crbasic Program I
535
Info Tables and Settings: Crbasic Program II
535
Info Tables and Settings: Auto Self-Calibration
535
Info Tables and Settings: Data
535
Info Tables and Settings: Data Table Information Table
535
(DTI) Keywords
535
Info Tables and Settings: Memory
535
Info Tables and Settings: Miscellaneous
535
Info Tables and Settings Descriptions
536
Info Tables and Settings: Obsolete
536
Info Tables and Settings: os and Hardware Versioning
536
Info Tables and Settings: Power Monitors
536
Info Tables and Settings: Security
536
Info Tables and Settings: Signatures
536
A.2 Info Tables and Settings Descriptions
536
Info Tables and Settings: B
537
Info Tables and Settings: C
537
Info Tables and Settings: D
540
Info Tables and Settings: E
540
Info Tables and Settings: F
541
Info Tables and Settings: H
541
Info Tables and Settings: I
542
Info Tables and Settings: L
543
Info Tables and Settings: M
544
Info Tables and Settings: N
545
Info Tables and Settings: O
545
Info Tables and Settings: P
546
Info Tables and Settings: R
548
Info Tables and Settings: S
549
Info Tables and Settings: T
551
Info Tables and Settings: U
551
Info Tables and Settings: V
552
Info Tables and Settings: W
552
Pinout of CR800 CS I/O D-Type Connector Port
553
B. Serial Port Pinouts
553
Pin out of CR800 RS-232 D-Type Connector Port
554
B.2 RS-232 Communication Port
554
Standard Null-Modem Cable Pin out
555
B.2.2 Power States
555
FP2 Data-Format Bit Descriptions
557
FP2 Decimal Locater Bits
557
Endianness in Campbell Scientific Instruments
559
D. Endianness
559
Dataloggers
561
E. Supporting Products — List
561
Analog Input Modules
562
E.2 Measurement and Control Peripherals — List
562
Pulse Input Modules
563
Serial I/O Modules List
563
Vibrating Wire Input Modules
563
E.3.3 Serial I/O Modules — List
563
Resistive Bridge TIM Modules
564
Voltage Divider Modules
564
Current-Shunt Modules
564
Transient Voltage Suppressors
564
E.3.5.1 Resistive-Bridge TIM Modules — List
564
Terminal-Strip Covers
565
Digital I/O Modules
565
E.3.6 Terminal Strip Covers — List
565
Continuous-Analog Output (CAO) Modules
566
Relay-Drivers - Products
566
Current-Excitation Modules
566
E.4.3 Relay-Drivers — List
566
Wired Sensor Types
567
E.5 Sensors — Lists
567
Wireless Sensor Modules
568
Sensors Types Available for Connection to CWS900
568
Cameras
568
E.5.2 Wireless-Network Sensors — List
568
Datalogger Keyboard/Displays
569
Hardwire, Single-Connection Comms Devices
569
E.7.1 Keyboard/Display — List
569
Hardwire, Networking Devices
570
TCP/IP Links - List
570
Telephone Modems
570
Private-Network Radios
570
E.7.3 Hardwire, Networking Devices — List
570
Satellite Transceivers
571
Mass-Storage Devices
571
E.7.7 Satellite Transceivers — List
571
Starter Software
572
Datalogger Support Software
572
E.9.1 Starter Software — List
572
Loggernet Suite - List
573
E.9.2.1 Loggernet Suite — List
573
Software Tools
574
E.9.3 Software Tools — List
574
Software Development Kits
575
E.9.4 Software Development Kits — List
575
Battery / Regulator Combinations
576
E.10.1 Battery / Regulator Combinations — List
576
Primary Power Sources - List
577
Batteries
577
Regulators
577
Primary Power Sources
577
E.10.2 Batteries — List
577
24 VDC Power Supply Kits - List
578
Enclosures - List
578
VDC Power Supply Kits
578
Enclosures - Products
578
Tripods, Towers, and Mounts - List
579
Prewired Enclosures
579
Tripods, Towers, and Mounts
579
Protection from Moisture - List
580
Protection from Moisture - Products
580
Index
581
5
Based on 1 rating
Ask a question
Give review
Questions and Answers:
Need help?
Do you have a question about the Campbell CR800 Series and is the answer not in the manual?
Ask a question
Campbell CR800 Series Specifications
General
Brand
Campbell
Model
CR800 Series
Category
Data Loggers
Language
English
Related product manuals
Campbell CR6
285 pages
Campbell CR200
212 pages
Campbell CR310
321 pages
Campbell CR1000X
238 pages
Campbell CR300 series
321 pages