Campbell-scientific CR10X Measurement and Control System Instrukcja Użytkownika Strona 60
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SECTION 3. INSTRUCTION SET BASICS
3-6
TABLE 3.9-1. Input/Output Instruction Memory and Execution Times
INSTRUCTION
INPUT
LOC.
PROG.
BYTES
EXECUTION TIME (ms)
MEASUREMENT RANGE
Code 0 1-4 or NA 5 Code 10 11-14 15 Code 20 21-24 25 Code 30 31-34 35
1 VOLT (SE) R 15 3.0 + 40.2 * R 4.6 + 5.2R 2.0 + 2.8R 1.6 + 20.6 * R 2.1 + 2.8R 1.8 + 2.6R 3.0 + 124.6 * R 12.8 + 13.5R 11.6 + 12.3R 2.3 + 142.4 * R 14.5 + 15.2R 12.1 + 12.8R
2 VOLT (DIFF) R 15 1.0 + 40.0 * R 0.6 + 9.1R 0.8 + 4.1R 2.2 + 20.5 * R 0.5 + 4.2R -0.6 + 4.1R 2.2 + 125.4 * R 0.6 + 25.8R 0.0 + 21.0R 3.5 + 142.4 * R 0.5 + 29.1R -0.2 + 24.3R
3 PULSE R 15 1.3 + 0.9R
4 EX-DEL-SE R 20 0.8 + 41.9 * R 4.7 + 5.3R 2.3 + 2.9R 1.4 + 22.5 * R 2.3 + 2.8R 2.1 + 2.7R 0.9 + 126.9 * R 13.1 + 13.6R 10.7 + 11.2R 2.1 + 143.4 * R 14.8 + 15.2R 12.3 + 12.9R
above w/o delay; w/delay: F + R(Tr + delay), where F is the fixed time and Tr is the time/rep from above.
(with delay) 0.8 + R *
(41.9+5*Delay)
1.4 + R *
(22.5+5*Delay)
0.9 + R *
(126.9+5*Delay)
2.1 + R *
(143.4+5*Delay)
5 AC HALF BR R 18 (-5.7) + 73.1 * R 6.9 + 9.6R 4.5 + 4.8R (-2.2) + 44.7 * R 4.5 + 4.7R 4.3 + 4.4R (-17.5) + 206.9 * R 15.2 + 26.3R 12.8 + 21.5R 4.1 + 229.4 * R 17.0 + 29.6R 14.5 + 24.8R
6 FULL BR R 18 (-3.9) + 98.1 * R 3.3 + 17.4R 3.3 + 7.8R (-4.3) + 54.3 * R 3.3 + 7.5R 3.3 + 6.7R (-16.3) + 268.9 * R 0.6 + 52.7R 0.7 + 43.0R 2.9 + 301.4 * R 1.9 + 59.2R 0.7 + 49.7R
7 3W HALF BR R 18 2.7 + 121.9 * R 6.6 + 21.3R 4.2 + 11.4R 19.4 + 64.5 * R 4.1 + 11.6R 3.9 + 10.6R 4.8 + 335.5 * R 13.6 + 56.4R 10.1 + 46.5R (-16.7) + 385.7 * R 15.3 + 63.1R 12.9 + 53.1R
8 EX-DEL-DIFF R 20 0.3 + 42.5 * R 4.7 + 5.3R 2.3 + 2.9R 4.5 + 22.7 * R 2.4 + 2.9R 2.1 + 2.7R 3.9 + 127.0 * R 13.1 + 13.6R 10.7 + 11.2R 3.8 + 143.8 * R 14.8 + 15.3R 12.3 + 12.9R
above w/o delay; w/delay: F + 2R(Tr + delay), where F is the fixed time and Tr is the time/rep from above.
(with delay) 0.3 +
2*R*(42.5+5*Delay)
4.5+2*R*(22.7+
5*Delay)
3.9+2*R*(127.0+5*
Delay)
3.8+2*R*(143.8+5
*Delay)
9 FULL BR-MEX R 19 (-6.0) + 327.0 * R 1.4 + 37.0R 1.5 + 17.5R (-7.0) + 85.0 * R 1.3 + 17.1R 1.6 + 15.3R (-8.7) + 475.0 * R -2.3 + 107.4R -2.2 + 87.9R 3.3 + 541.0 * R 3.4 + 118.9R -2.0 + 101.1R
V1 on range 5, V2 on: 1.6 + 27.2R 1.5 + 17.5R 1.6 + 17.3R 1.5 + 16.4R 0.3 + 62.4R -0.9 + 52.6R -0.3 + 69.1R 0.2 + 59.3R
V1 on range 15, V2 on: 1.5 + 26.2R 1.6 + 16.4R 1.6 + 16.2R 1.6 + 15.3R 0.3 + 61.3R -0.9 + 51.6R 0.3 + 68.1R 0.3 + 58.2R
10 BATT. VOLT 1 4 8.3
11 TEMP-(107) R 15 2.3 + 7.6R 14 + 48.4R 14.7 + 53.4R
12 RH (207) R 17 2.3 + 9.6R
13 TEMP-TC SE R 18 11.6 + 68.3 * R 8.5 + 9.2R 5.6 + 6.8R 11.9 + 49.2 * R 6.0 + 6.8R 5.2 + 6.7R (-2.8) + 138.5 * R 16.4 + 17.7R 13.4 + 15.2R 13.8 + 149.7 * R 18.0 + 19.4R 15.1 + 16.9R
14 TEMP-TC DIF R 18 11.5 + 69.3 * R 4.5 + 13.5R 4.2 + 8.3R 13.0 + 49.8 * R 4.3 + 8.6R 4.1 + 8.0R 215.8 + 35.0 * R 4.0 + 30.9R 4.6 + 25.1R 13.3 + 151.1 * R 4.2 + 34.2R 4.1 + 28.8R
15 SERIAL I/O R*#data 29 time in parameter 9
16 TEMP-RTD R 15 1.5 + 2.0R
17 TEMP-INTERNL 1 4 6.2
18 TIME 1 or 5 7 1.9 (options 0, 1, 2) 4.2 (option 3)
19 SIGNATURE 1 4 3600
20 PORT SET 0 6 11.3
21 PULSE PORT 0 5 1.2 + 10H; where H is hundredths of a second
22 EXCIT-DEL 0 9 0.5 + delay (ms)
23 BURST X 35
1.333R
∗
# scans; where X = smpl before trigger + # chan
∗
scans
24 CALIBRATION 19 4 2614, 25.0 when only saving results of automatic calibration.
25 READ PORTS 1 6 0.5
26 TIMER 1 or 0 4 0.4 to reset, 0.9 to load into location
27 PER.AVG. R 19
period of signal
∗
(No. cycles + 1.5), or time limit + 2
28 VIB.WIRE R 21
170 + period of signal
∗
(No. cycles + 1.5), or time limit + 172
29 INW PS9105 2 88 153
101 SDM-INT8 1-8 27
2.3 + 1.65 ∗ No.Values+averaging interval if used
102 SDM-SW8A R 16
4 + F
∗
R; F=function time = 1 for state, 2 for counts or cycle, 0 for signature
103 SDM-AO4 0 6 1.1 + 0.8R
104 SDM-CD16 0 6 0.3 + 1.8R
105 SDI-12 REC X 18 sensor dependent; where X depends on SDI-12 sensor
106 SDI-12 SEN 0 10 ttt in parameter 2, this is sensor dependent
107 SDM-CSAT3 5R 7 2.5 + 2.4R
108 SDM-UDG01 1 15 155.4
109 SDMX50 0 4 1.7 + 31.1C; C = channel number
110 SDM TRIG 0 2 1.1
114 SET TIME 3-5 5 994.6
115 SET SDM BAUD 0 0
25 + 10
∗
par 1
117 READ ID 0 4 0.8
- OPERATOR'S MANUAL 1
- WARRANTY AND ASSISTANCE 3
- TABLE OF CONTENTS 5
- DATA RETRIEVAL/COMMUNICATION 6
- PROGRAM EXAMPLES 7
- INSTRUCTIONS 7
- INSTALLATION 8
- APPENDICES 8
- CR10X TABLE OF CONTENTS 10
- This is a blank page 10
- SELECTED OPERATING DETAILS 11
- CAUTIONARY NOTES 12
- OV1. PHYSICAL DESCRIPTION 13
- CR10X WIRING PANEL 14
- CR10X OVERVIEW 15
- OV2. MEMORY AND PROGRAMMING 17
- CONCEPTS 17
- OV5. PROGRAMMING EXAMPLES 25
- 32 converts the 29
- Phone Modem 33
- Copyright © 1986, 2001 35
- Campbell Scientific, Inc 35
- Printed September 2001 35
- ARRAYS, AND MEMORY POINTERS 51
- 3.5 VOLTAGE RANGE AND 56
- OVERRANGE DETECTION 56
- 3.6 OUTPUT PROCESSING 56
- PROGRAM CONTROL 57
- 3.9 INSTRUCTION MEMORY AND 59
- EXECUTION TIME 59
- 3.10 ERROR CODES 63
- 4.1 ON-LINE DATA TRANSFER 65
- INSTRUCTION 96 65
- 4.4 STORAGE MODULE 68
- 5.1 TELECOMMUNICATIONS 71
- COMMANDS 71
- 6.1 PIN DESCRIPTION 77
- 6.2 ENABLING AND ADDRESSING 78
- PERIPHERALS 78
- 6.3 RING INTERRUPTS 79
- 6.6 SYNCHRONOUS DEVICE 80
- 6.7 MODEM/TERMINAL AND 81
- COMPUTER REQUIREMENTS 81
- 7.1 SINGLE-ENDED VOLTAGE/ 85
- 7.2 DIFFERENTIAL VOLTAGE 87
- MEASUREMENT 87
- 7.5 107 TEMPERATURE PROBE 89
- 7.6 207 TEMPERATURE AND RH 89
- 7.7 ANEMOMETER WITH 90
- PHOTOCHOPPER OUTPUT 90
- 7.12 PRESSURE TRANSDUCER - 4 95
- WIRE FULL BRIDGE 95
- 7.15 NONLINEAR THERMISTOR IN 99
- HALF BRIDGE (MODEL 101 PROBE) 99
- PRESSURE TRANSDUCER 104
- 7.18 4 TO 20 MA SENSOR USING 107
- CURS100 TERMINAL INPUT 107
- 8.1 COMPUTATION OF RUNNING 109
- 8.2 RAINFALL INTENSITY 110
- 8.3 USING CONTROL PORTS AND 111
- LOOP TO RUN AM416 111
- MULTIPLEXER 111
- SYNCHED TO REAL TIME 113
- PORTS (RAIN GAGE) 113
- 8.6 SDM-A04 ANALOG OUTPUT 114
- MULTIPLEXER TO STRIP CHART 114
- 8.7 CONVERTING 0-360 WIND 115
- DIRECTION OUTPUT TO 0-540 FOR 115
- STRIP CHART 115
- - SAVING DATA PRIOR TO EVENT 116
- 03: Do (P86) 118
- 8.10 COVARIANCE CORRELATION 119
- PROGRAMMING EXAMPLE 119
- 8.11 FAST FOURIER TRANSFORM 123
- EXAMPLES 123
- POWER SENSORS 130
- zero yields 138
- Silicon diodes 148
- Parameters 6 151
- Cos ( ') ( ') / 177
- SEQUENCE 193
- 13.2 SINGLE-ENDED AND 194
- DIFFERENTIAL VOLTAGE 194
- MEASUREMENTS 194
- LENGTH ON THE SIGNAL SETTLING 195
- 13.4 THERMOCOUPLE 204
- 13.6 RESISTANCE MEASUREMENTS 213
- REQUIRING AC EXCITATION 213
- 14.1 PROTECTION FROM THE 217
- ENVIRONMENT 217
- 14.2 POWER REQUIREMENTS 217
- SUPPLIES 218
- 12V ALKALINE BATTERY PACK 219
- Y U A S A 220
- 14.4 SOLAR PANELS 221
- TO THE CR10X WIRING PANEL 222
- 14.6 VEHICLE POWER SUPPLY 222
- CONNECTIONS 222
- 14.7 GROUNDING 223
- 14.8 WIRING PANEL 224
- 14.9 SWITCHED 12 VOLT 224
- SWITCHING RELAYS 224
- 14.11 MAINTENANCE 226
- DESI PAK 227
- APPENDIX A. GLOSSARY 229
- B.1 SPECIFICATIONS 233
- B.3 INSTRUCTION 15 AND 234
- PARAMETER DESCRIPTIONS 234
- AND SENSOR WIRING 237
- B.5 INPUT DATA FILTERS 238
- B.6 PROGRAM EXAMPLES 240
- COMMUNICATION 246
- C.1 TELECOMMUNICATIONS 249
- COMMAND WITH BINARY 249
- RESPONSES 249
- C.2 FINAL STORAGE FORMAT 252
- C.3 GENERATION OF SIGNATURE 253
- APPENDIX E. ASCII TABLE 259
- F1. FUNCTION 261
- F2. INSTRUCTION DETAILS 261
- G.1 INTRODUCTION 265
- G.2 EXAMPLE PROGRAM—PHONE 265
- CALLBACK BASED ON A CONDITION 265
- G.3 PC208W WINDOWS SOFTWARE 266
- AND COMPUTER SETUP 266
- AND ITS COMPUTER SETUP 270
- APPENDIX H 273
- H.4 REMOTE DATALOGGER 275
- PROGRAMMING 275
- I.1 TERMINOLOGY 277
- I.2 COMMUNICATIONS AND 277
- COMPATIBILITY 277
- I.3 MORE ON MODBUS 278
- AND CR23X MANUALS 283
- AD1 Major Differences 285
- AD3.1 Programming changes 286
- Section 12 289
- TABLE DATA ADDENDUM 290
- OV4. PROGRAMMING THE CR10X 291
- 03:P84 Data Table Instruction 296
- OV6. DATA RETRIEVAL OPTIONS 297
- DATALOGGER 298
- COMPUTER 298
- SECTION 1. FUNCTIONAL MODES 299
- STATUS - ∗B 301
- 1.7 ∗C MODE -- SECURITY 301
- 1.8 ∗D MODE – TRANSFER 301
- PROGRAMS, GENERAL SETTINGS 301
- 1.9 *9 DATA TABLES SIZES 305
- 2.1 FINAL STORAGE AND DATA 307
- LOOP TO RUN AM416 MULTIPLEXER 315
- TO COUNT SWITCH CLOSURES 317
- (RAIN GAGE) 317
- 8.5 SDM-A04 ANALOG OUTPUT 318
- Section 12. Program Control 327
- Instructions 327
- Security 332
- Remote Location/Coil/Register 332
- Remote Location 333
- Local Location 333
- Send Message (P192) 334
- Message Type 335
- Number of Remotes 336
- First Remote Address 336
- Time into Transmit Interval 336
- Transmit Interval 336
- Swath to Receive 337
- Seconds Until Transmit (P194) 338
- Swath to Receive From Master 340
- Swath to Send 340
- First Location to Send 340
- Force Route (P197) 341
- Set Setting (P198) 341
- Result Location 342
- Beacon Intervals 343
- Neighbor Filter 344
- LIST OF TABLES 345
- LIST OF FIGURES 349
- 9. INPUT/OUTPUT INSTRUCTIONS 350
- 10. PROCESSING INSTRUCTIONS 350
- 13. CR10X MEASUREMENTS 350
- CR10X INDEX 353
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