Yokogawa 2-Wire Dual Channel Transmitter/Analyzer FLXA21 Manual de usuario Pagina 23
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<1. INTRODUCTION AND GENERAL DESCRIPTION>
1-11
IM 12A01A02-01E 5th Edition : Oct. 31, 2013-00
pH/ORP Sensor module, SC Sensor module and DO Sensor module
Input parameters Ui,Vmax =13.92V
Ii,Imax =50mA
Pi,Pmax =0.374W
Ci =40nF
Li =2.9mH
Output parameters Sensor input circuit(pH: terminals 11 through 19,
SC:terminals11though16,DO:terminals11thourgh18)
UoVt,Voc =11.76V
Io,It,Isc =116.5mA
Po =0.342W
Co,Ca =100nF
Lo,La =1.7mH
ISC Sensor module
Input parameters Ui,Vmax =13.92V
Ii,Imax =50mA
Pi,Pmax =0.374W
Ci =40nF
Li =7.7mH
Output parameters Sensor input circuit (terminals 11 through 17)
UoVt,Voc =11.76V
Io,It,Isc =60.6mA
Po =0.178W
Co,Ca =100nF
Lo,La =8mH
Modelcodeaspercerticationunit
Housing assembly
Model code Enclosure type (Housing) Display Explosion proof type
K9698NA Plastic (Polycarbonate) (-P) Withoutdisplay(-N) Intrinsically safe type
K9698PA WithLCDdisplay(-D)
K9698QA Stainless steel with
urethanecoating(-U)
Withoutdisplay(-N)
K9698RA WithLCDdisplay(-D)
K9698QB Stainlesssteelwithepoxy
coating (-E)
Withoutdisplay(-N)
K9698RB WithLCDdisplay(-D)
K9698QC Stainless steel (-S) Withoutdisplay(-N)
K9698RC WithLCDdisplay(-D)
Sensor module
Model code Sensor module type Explosion proof type
K9698EA pH/ORP module Intrinsically safe type
K9698FA SC module
K9698GA ISC module
K9698HA DOmodule
Control Drawing (ATEX and IECEx types)
Measuring module 1
Note: The measuring module on this drawing means
the sensor module on this General Specifications.
Measuring module
2
Sensor 1
Sensor 2
(*)
(Note 1)
Safety Barrier
Housing Assembly
Supply
-
Supply
+
→
Non Hazardous Location
Hazardous Location ←
-
+
Note:ThemeasuringmoduleonthisdrawingmeansthesensormoduleonthisGeneralSpecications.
1
PH
SC
ISC
DO
SENCOM
- Model FLXA21 1
- 2-Wire Analyzer 1
- CAUTION 3
- CONTENTS 7
- 1. INTRODUCTION AND GENERAL 13
- DESCRIPTION 13
- 2012.01J312FA012 14
- -D-P-S-AA-P1-NN-AN-L1N-NN 14
- /UM/SCT/H6 14
- 4mA 20mAPH1 17
- 4mA 20mADiff-pH 17
- Measurement value (pH) 19
- WARNING 27
- 2. WIRING AND INSTALLATION 28
- 2.1 Installation site 29
- F0202.ai 30
- F0203.ai 30
- F0204.ai 31
- 2.4.1 Grounding 32
- 2.4.3 Wiring cover 33
- 2.5 Sensor wiring 34
- Glass sensor on Input 1 37
- Reference sensor on Input 2 37
- REFTC Liquid 38
- PHTC ORPLiquid 38
- 2.6 Mounting methods 41
- 3. OPERATION OF pH/ORP 43
- 3.1 Change language 44
- 3.2 Quick setup 44
- For details, see section 4.1 45
- Figure 3.5 Change display 47
- Figure 3.6 Detail display 48
- 3.5 Trend graphics 52
- Figure 3.10 Trend screen 53
- Figure 3.11 Trend graphics 53
- 4. COMMISSIONING OF pH/ORP 55
- 4.1 Sensor setup 57
- 4.2 Measurement setup 57
- 4.2.2 Temperature settings 58
- 4.2.4 Calibration settings 59
- 4.2.5 Impedance settings 62
- 4.2.6 Concentration 62
- 4.3 Output setup 63
- Figure 4.4 Redundant system 64
- 4.4 Errorconguration 65
- 4.5 Logbookconguration 67
- 4.6 Advanced setup 67
- 4.6.2 Tag 68
- 4.6.3 Passwords 68
- 4.6.4 Date/Time 68
- 4.6.5 Communication 68
- 4.7 Display setup 71
- Display setup 72
- 4.7.2 Trend 73
- 4.7.3 Auto Return 73
- 4.7.4 Adjust contrast 73
- 4.7.5 MONITOR display 73
- 4.8 Calculated data setup 74
- 5. CALIBRATION OF pH/ORP 75
- 5.1 pH calibration 76
- 5.1.2 Automatic calibration 77
- 5.2 Temperature calibration 79
- Tag:FLXA21–PH 80
- 6.1 Change language 82
- 6.2 Quick setup 82
- 4mA 20mAConduct1-TC1 84
- Figure 6.5 Change Display 85
- Figure 6.6 Detail display 86
- 6.5 Trend graphics 90
- Figure 6.9 Trend screen 91
- Figure 6.10 Trend graphics 91
- 7. COMMISSIONING OF SC 93
- (Conductivity) 93
- Linear 94
- 7.1 Measurement setup 95
- 7.1.5 Calibration settings 97
- 7.1.6 Concentration 97
- 7.2 Output setup 98
- Conduct1 - TC1 : 99
- Conductivity of sensor 1 99
- Temperature compensation 1 99
- Figure 7.2 Redundant system 100
- 7.3 Errorconguration 101
- 7.4 Logbookconguration 102
- 7.5 Advanced setup 103
- 7.5.3 Passwords 104
- 7.5.4 Date/Time 104
- 7.5.5 Communication 104
- 7.5.6 Factory setup 105
- 7.6.2 Trend 106
- 7.6.3 Auto Return 107
- 7.6.4 Adjust contrast 107
- 7.6.5 MONITOR display 107
- Figure 8.1 Calibration 109
- 8.1 Cell constant (manual) 110
- 8.3 Air calibration 110
- 8.4 Sample 111
- 8.5 Temperaturecoefcient 111
- 8.6 Temperature calibration 111
- Tag:FLXA21–SC 112
- Conductivity) 113
- 9.1 Change language 114
- 9.2 Quick setup 114
- Monitor display 115
- Tag:FLXA21–ISC 116
- 9.4 Zooming in on details 117
- Outputsetup→mA 118
- F0310.ai 120
- 9.5 Trend graphics 121
- Figure 9.8 Trend screen 122
- Figure 9.9 Trend graphics 122
- 9.6 Instrument status screen 123
- Parameter Ref. sect 125
- 10.1.1 Measurement 126
- 10.1.2 Conguresensor 126
- 10.1.3 Temperature settings 126
- 10.1.5 Calibration settings 127
- 10.1.6 Concentration 128
- 10.2 Output setup 129
- 10.3 Errorconguration 130
- 10.4 Logbookconguration 131
- 10.5 Advanced setup 132
- 10.5.3 Passwords 133
- 10.5.4 Date/Time 133
- 10.5.5 Communication 133
- 10.6 Display setup 134
- 10.6.3 Auto Return 135
- 10.6.4 Adjust contrast 135
- 10.6.5 MONITOR display 135
- X= 30 mm (Min.) 137
- 11.1 Cell constant (manual) 138
- 11.3 Air calibration 138
- 11.4 Sample 139
- 11.5 Temperaturecoefcient 139
- Execute & Setup 141
- 12.1 Change language 142
- 12.2 Quick setup 142
- 4mA 20mAOxygen1 144
- Figure 12.5 Change display 145
- (Fig.12.7) 146
- (Fig.12.6) 148
- Figure 12.8 Trend screen 149
- Figure 12.9 Trend graphics 150
- Execute &Setup 152
- Commissioning 152
- 13.2 Measurement setup 154
- 13.2.6 Calibration settings 155
- 13.3 Output setup 156
- Reset redundant system 157
- Output setup 157
- 13.4 Errorconguration 158
- 13.5 Logbookconguration 159
- 13.6 Advanced setup 160
- 13.6.3 Passwords 161
- 13.6.4 Date/Time 161
- 13.6.5 Communication 161
- 13.6.6 Factory setup 163
- 13.7.2 Trend 164
- 13.8 Calculated data setup 165
- Figure 14.1 Calibration 166
- 14.1 Air calibration 167
- 14.2 Water calibration 167
- 14.4 Temperature calibration 168
- Tag:FLXA21–DO 169
- Figure 15.1 170
- 15.1 Change language 171
- 15.2 Quick setup 171
- Tag:SENCOM 173
- 15.4 Zooming in on details 174
- F0410.ai 176
- Figure 15.8 Sterilization 179
- (Fig.15.5) 180
- Figure 15.10 Trend screen 181
- Figure 15.11 Trend graphics 182
- 16.1 Sensor setup 186
- 16.2 Measurement setup 187
- 16.2.4 Calibration settings 189
- ORP settings 191
- 16.2.5 Impedance settings 192
- 16.2.6 Concentration 192
- 16.3 Output setup 193
- 16.4 Errorconguration 194
- 16.5 Logbookconguration 195
- 16.6 Advanced setup 196
- 16.6.2 Tag 197
- 16.6.3 Passwords 197
- 16.6.4 Date/Time 197
- 16.6.5 Communication 197
- F050605_2.ai 199
- 16.7 Display setup 200
- 16.7.2 Trend 201
- 16.7.3 Auto Return 201
- 16.7.4 Adjust contrast 201
- 16.7.5 MONITOR display 201
- Figure 17.1 Calibration 202
- 17.1 pH calibration 203
- 17.1.2 Automatic calibration 204
- 17.2 Temperature calibration 206
- 18. MAINTENANCE 208
- 19. TROUBLESHOOTING 209
- Appendix 1 For pH/ORP 213
- Figure 1 Conductivity 218
- 147.6 - 124.5 219
- App.2-10 226
- App.2-11 227
- App.2-12 228
- Appendix 3 229
- App.3-10 238
- App.3-11 239
- ISO 5814:1990(E) 240
- =1atm=760 241
- Customer 242
- Maintenance 242
- Parts List 242
- Revision Record 243
- Supplement 244
- IM 12A01A02-01E 2/3 245
- 5th Edition 245
- IM 12A01A02-01E 3/3 246
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