Yokogawa 2-Wire Dual Channel Transmitter/Analyzer FLXA21 User Manual

Model flxa21 2-wire analyzer, User’s manual

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2-Wire Dual Channel FLXA21

Table of contents

Document Outline

u Introduction
u Safety Precautions
1. INTRODUCTION AND GENERAL DESCRIPTION
- 1.1 Instrument check
- 1.2 Screen operation
- 1.3 Passwords
- 1.4 Regulatory Compliance
2. WIRING AND INSTALLATION
- 2.1 Installation site
- 2.2 Removing the wiring cover
- 2.3 Installing the cable glands
- 2.4 Wiring the power supply
- 2.5 Sensor wiring
- 2.6 Mounting methods
- 2.7 Operation
3. OPERATION OF pH/ORP
- 3.1 Change language
- 3.2 Quick setup
- 3.3 Home display, Main display and Monitor display
- 3.4 Zooming in on details
- 3.5 Trend graphics
- 3.6 Instrument status screen
- 3.7 Calibration and Commissioning
4. COMMISSIONING OF pH/ORP
- 4.1 Sensor setup
- 4.2 Measurement setup
- 4.3 Output setup
- 4.4 Error configuration
- 4.5 Logbook configuration
- 4.6 Advanced setup
- 4.7 Display setup
- 4.8 Calculated data setup
5. CALIBRATION OF pH/ORP
- 5.1 pH calibration
- 5.2 Temperature calibration
- 5.3 ORP calibration (rH calibration)
- 5.4 HOLD
- 5.5 Temporary output
6. OPERATION OF SC (Conductivity)
- 6.1 Change language
- 6.2 Quick setup
- 6.3 Home display, Main display and Monitor display
- 6.4 Zooming in on details
- 6.5 Trend graphics
- 6.6 Instrument status screen
- 6.7 Calibration and Commissioning
7. COMMISSIONING OF SC (Conductivity)
- 7.1 Measurement setup
- 7.2 Output setup
- 7.3 Error configuration
- 7.4 Logbook configuration
- 7.5 Advanced setup
- 7.6 Display setup
- 7.7 Calculated data setup
8. CALIBRATION OF SC (Conductivity)
- 8.1 Cell constant (manual)
- 8.2 Cell constant (automatic)
- 8.3 Air calibration
- 8.4 Sample
- 8.5 Temperature coefficient
- 8.6 Temperature calibration
- 8.7 HOLD
- 8.8 Temporary output
9. OPERATION OF ISC (Induvtive Conductivity)
- 9.1 Change language
- 9.2 Quick setup
- 9.3 Main display and Monitor display
- 9.4 Zooming in on details
- 9.5 Trend graphics
- 9.6 Instrument status screen
- 9.7 Calibration and Commissioning
10. COMMISSIONING OF ISC (Inductive Conductivity)
- 10.1 Measurement setup
- 10.2 Output setup
- 10.3 Error configuration
- 10.4 Logbook configuration
- 10.5 Advanced setup
- 10.6 Display setup
11. CALIBRATION OF ISC (Inductive Conductivity)
- 11.1 Cell constant (manual)
- 11.2 Cell constant (automatic)
- 11.3 Air calibration
- 11.4 Sample
- 11.5 Temperature coefficient
- 11.6 Temperature calibration
- 11.7 HOLD
12. OPERATION OF DO (Dissolved Oxygen)
- 12.1 Change language
- 12.2 Quick setup
- 12.3 Home display, Main display and Monitor display
- 12.4 Zooming in on details
- 12.5 Trend graphics
- 12.6 Instrument status screen
- 12.7 Calibration and Commissioning
13. COMMISSIONING OF DO (Dissolved Oxygen)
- 13.1 Sensor setup
- 13.2 Measurement setup
- 13.3 Output setup
- 13.4 Error configuration
- 13.5 Logbook configuration
- 13.6 Advanced setup
- 13.7 Display setup
- 13.8 Calculated data setup
14. CALIBRATION OF DO (Dissolved Oxygen)
- 14.1 Air calibration
- 14.2 Water calibration
- 14.3 Manual slope calibration
- 14.4 Temperature calibration
- 14.5 HOLD
- 14.6 Temporary output
15. OPERATION OF SENCOM pH/ORP
- 15.1 Change language
- 15.2 Quick setup
- 15.3 Main display and Monitor display
- 15.4 Zooming in on details
- 15.5 Trend graphics
- 15.6 Instrument status screen
- 15.7 Calibration and Commissioning
16. COMMISSIONING OF SENCOM pH/ORP
- 16.1 Sensor setup
- 16.2 Measurement setup
- 16.3 Output setup
- 16.4 Error configuration
- 16.5 Logbook configuration
- 16.6 Advanced setup
- 16.7 Display setup
17. CALIBRATION OF SENCOM pH/ORP
- 17.1 pH calibration
- 17.2 Temperature calibration
- 17.3 ORP calibration (rH calibration)
- 17.4 HOLD
18. MAINTENANCE
19. TROUBLESHOOTING
Appendix 1 For pH/ORP
Appendix 2 For SC (Conductivity)
Appendix 3 For ISC (Inductive Conductivity)
Appendix 4 For DO (Dissolved Oxygen)
Revision Record
Supplement

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