Campbell CR510 Manual do Operador Página 209
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TD ADDENDUM—OVERVIEW
AD-OV-3
location 5, the temperature from channel 2 in input
location 6, etc.
Detailed descriptions of the instructions are
given in Sec
tions 9-12. Entering an instruction
into a program table is described in OV5.
OV4.5 ENTERING A PROGRAM
Programs are entered into the CR10X in one of
tw
o ways:
1. Keyed in using the CR10X keyboard
2. Stored on disk/seat from computer
A program is created by keying it directly into
the datalogger
as described in Section OV5, or
on a PC using EDLOG.
EDLOG is used to develop programs for
Cam
pbell Scientific CR10X dataloggers.
EDLOG is a prompting editor for writing and
documenting programs for Campbell Scientific
CR10X dataloggers. Program files developed
with EDLOG can be downloaded directly to the
CR10X using NetAdmin. NetAdmin supports
communication via direct wire, telephone, or
Radio Frequency (RF).
OV5. PROGRAMMING EXAMPLES
We will start with a simple programming
example. There is a brief explanation of each
step to help you follow the logic. When the
example uses an instruction, find it on the
Prompt Sheet and follow through the
description of the parameters. Using the
Prompt Sheet while going through these
examples will help you become familiar with its
format. Sections 9-12 have more detailed
descriptions of the instructions.
With the Wiring Panel connected to the CR10X,
hook
up the power leads as described in
Section OV1.2. Next, connect the CR10X to
either a CR10KD Keyboard/Display or the
computer (Section OV3). The programming
steps in the following examples use the
keystrokes possible on the keyboard/display.
With a terminal, some responses will be slightly
different.
If the CR10KD is connected to the CR10X when
it is
powered up, the display will show:
Display Explanation
HELLO On power-up, the CR10X
displays "HELLO" while it checks
the memory (this display occurs
only with the CR10KD).
after a few seconds delay
:96 The size of the machine's total
m
emory (RAM plus 32 K of
ROM), in this case 96K
OV5.1 SAMPLE PROGRAM 1
In this example the CR10X is programmed to
r
ead its own internal temperature (using a built
in thermistor) every 5 seconds and to send the
results to Final Storage.
Key Display Explanation
* 00:00 Enter mode.
1 01:00 Enter Program Table 1.
A 01:0.0000 Advance to execution interval (In seconds)
5 01:5 Key in an execution interval of 5 seconds.
A 01:P00 Enter the 5 second execution interval and advance to
the f
irst program instruction location.
17 01:P17 Key in Instruction 17 which directs the CR10X to
m
easure the internal temperature in degrees C. This is
an Input/Output Instruction.
A 01:0000 Enter Instruction 17 and advance to the first parameter.
1 01:1 The input location to store the measurement, location 1.
A 02:P00 Enter the location # and advance to the second
pr
ogram instruction.
The CR10X is now programmed to read the internal temperature every 5 seconds and place the reading
in Input Stor
age Location 1. The program can be compiled and the temperature displayed.
- CR510 DATALOGGER 1
- OPERATOR'S MANUAL 1
- WARRANTY AND ASSISTANCE 3
- TABLE OF CONTENTS 5
- DATA RETRIEVAL/COMMUNICATION 6
- PROGRAM EXAMPLES 6
- INSTRUCTIONS 7
- INSTALLATION 7
- APPENDICES 8
- FEATURES OF CR510 9
- This is a blank page 10
- SELECTED OPERATING DETAILS 11
- CAUTIONARY NOTES 12
- CR510 DATALOGGER OVERVIEW 13
- OV2. MEMORY AND PROGRAMMING 15
- CONCEPTS 15
- OV4. PROGRAMMING THE CR510 21
- CR510 OVERVIEW 30
- ARRAYS, AND MEMORY POINTERS 45
- 3.1 PARAMETER DATA TYPES 49
- 3.2 REPETITIONS 49
- 3.4 INDEXING INPUT LOCATIONS 49
- 3.5 VOLTAGE RANGE AND 50
- OVERRANGE DETECTION 50
- 3.6 OUTPUT PROCESSING 50
- PROGRAM CONTROL 51
- 3.8 PROGRAM CONTROL LOGICAL 52
- CONSTRUCTIONS 52
- 3.9 INSTRUCTION MEMORY AND 55
- EXECUTION TIME 55
- 3.10 ERROR CODES 59
- 4.1 ON-LINE DATA TRANSFER 61
- INSTRUCTION 96 61
- 4.4 STORAGE MODULE 64
- 5.1 TELECOMMUNICATIONS 67
- COMMANDS 67
- 6.1 PIN DESCRIPTION 71
- 6.2 ENABLING AND ADDRESSING 72
- PERIPHERALS 72
- 6.3 RING INTERRUPTS 73
- 6.6 SYNCHRONOUS DEVICE 74
- COMMUNICATION 74
- 6.7 MODEM/TERMINAL AND 75
- COMPUTER REQUIREMENTS 75
- 7.1 SINGLE ENDED VOLTAGE 79
- 107 TEMPERATURE PROBE 79
- 7.2 DIFFERENTIAL VOLTAGE 79
- MEASUREMENT 79
- 7.4 ANEMOMETER WITH 81
- PHOTOCHOPPER OUTPUT 81
- LONG LEADS 82
- FULL BRIDGE 86
- 7.12 NONLINEAR THERMISTOR IN 90
- HALF BRIDGE 90
- CR510 & AVW1 93
- 12 V or 5 V 94
- 7.14 4 TO 20 MA SENSOR USING 95
- CURS100 TERMINAL INPUT 95
- SYNCHED TO REAL TIME 99
- PORTS (RAIN GAGE) 99
- 8.5 CONVERTING 0-360 WIND 100
- DIRECTION OUTPUT TO 0-540 FOR 100
- STRIP CHART 100
- - SAVING DATA PRIOR TO EVENT 101
- zero yields 110
- SEQUENCE 145
- 13.2 SINGLE-ENDED AND 146
- DIFFERENTIAL VOLTAGE 146
- MEASUREMENTS 146
- LENGTH ON THE SIGNAL SETTLING 147
- 13.4 BRIDGE RESISTANCE 156
- 13.5 RESISTANCE MEASUREMENTS 160
- REQUIRING AC EXCITATION 160
- 13.6 CALIBRATION PROCESS 161
- 14.1 PROTECTION FROM THE 163
- ENVIRONMENT 163
- 14.2 POWER REQUIREMENTS 163
- SUPPLIES 164
- 12V ALKALINE BATTERY PACK 165
- DESI PAK 166
- 14.7 GROUNDING 168
- 14.8 TERMINAL STRIP 169
- FOR SWITCHING RELAYS 169
- 14.10 MAINTENANCE 171
- APPENDIX A. GLOSSARY 173
- B.1 TELECOMMUNICATIONS 177
- COMMAND WITH BINARY 177
- RESPONSES 177
- B.2 FINAL STORAGE FORMAT 179
- APPENDIX C. ASCII TABLE 183
- D.1 INTRODUCTION 185
- D.2 EXAMPLE PHONE CALLBACK 185
- PROGRAM BASED ON A CONDITION 185
- AND IT’S COMPUTER SETUP 186
- APPENDIX E 189
- E.4 REMOTE DATALOGGER 191
- PROGRAMMING 191
- F.1 TERMINOLOGY 193
- F.2 COMMUNICATIONS AND 193
- COMPATIBILITY 193
- F.3 MORE ON MODBUS 194
- AND CR23X MANUALS 199
- AD1 Major Differences 201
- AD3.1 Programming changes 202
- Section 12 205
- TABLE DATA ADDENDUM 206
- OV4. PROGRAMMING THE CR10X 207
- OV5. PROGRAMMING EXAMPLES 209
- 32 converts the 211
- 03:P84 Data Table Instruction 212
- OV6. DATA RETRIEVAL OPTIONS 213
- DATALOGGER 214
- COMPUTER 214
- SECTION 1. FUNCTIONAL MODES 215
- STATUS - ∗B 217
- 1.7 ∗C MODE -- SECURITY 217
- 1.8 ∗D MODE – TRANSFER 217
- PROGRAMS, GENERAL SETTINGS 217
- 1.9 *9 DATA TABLES SIZES 221
- 2.1 FINAL STORAGE AND DATA 223
- 2.2 DATA OUTPUT FORMAT AND 225
- RANGE LIMITS 225
- KEYBOARD/DISPLAY *7 MODE 225
- 8.1 COMPUTATION OF RUNNING 229
- 8.2 RAINFALL INTENSITY 230
- 8.3 USING CONTROL PORTS AND 231
- LOOP TO RUN AM416 MULTIPLEXER 231
- TO COUNT SWITCH CLOSURES 233
- (RAIN GAGE) 233
- 8.5 SDM-A04 ANALOG OUTPUT 234
- MULTIPLEXER TO STRIP CHART 234
- Section 12. Program Control 243
- Instructions 243
- Security 248
- Remote Location/Coil/Register 248
- Remote Location 249
- Local Location 249
- Send Message (P192) 250
- Message Type 251
- Number of Remotes 252
- First Remote Address 252
- Time into Transmit Interval 252
- Transmit Interval 252
- Swath to Receive 253
- Seconds Until Transmit (P194) 254
- Swath to Receive From Master 256
- Swath to Send 256
- First Location to Send 256
- Force Route (P197) 257
- Set Setting (P198) 257
- Result Location 258
- Beacon Intervals 259
- Neighbor Filter 260
- LIST OF TABLES 261
- LIST OF FIGURES 263
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