ABB Aztec 600 User Manual

109 pages

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Aztec 600

MANUAL

JUNHO 2013

Default Chapter3
- Table of Contents3
1 Safety6
- Health & Safety6
- Electrical Safety - CEI/IEC 61010-1:2001-26
- Symbols - CEI/IEC 61010-1:2001-27
- Product Recycling Information8
- Product Disposal8
- Restriction of Hazardous Substances (Rohs)8
- Chemical Reagents8
- Safety Precautions8
- Safety Conventions9
- Safety Recommendations9
- Service and Repairs9
- Potential Safety Hazards9
2 Introduction10
- Operator Display Overview11
- See Section 611
3 Getting Started13
- Overview13
- On-Line Help14
4 Installation15
- Optional Accessories15
- Sampling Requirements15
- Location15
- Mounting16
  - Reagent Mounting Tray (Option)16
- Dimensions17
- Electrical Connections18
- Connecting Sample and Reagents23
5 Operation25
- Front Panel Controls25
- Navigation and Editing25
- Software Screen Structure26
  - Indicator View Menus26
  - Chart View Menus26
6 Configuration27
- Common29
- Measurement35
- Calibration36
  - Setup36
  - Zero Compensation (Aztec 600 Color Only)36
- Alarm Relays37
- Current Outputs39
  - Outputs 1 to 639
  - Output Calibration39
- Logging40
- Communications42
- Commissioning44
  - Setup44
7 Logging45
- See Section 745
8 Chart Functions52
- Historical Review52
- Operator Messages52
- Chart Annotation52
- See Section 852
9 Operate54
- Stop Monitor54
- Start Monitor Measurement54
- Calibrate54
- Prime Lines and Calibrate54
- Flush Monitor54
- See Section 954
10 Diagnostics55
- Monitor Status55
  - Status55
- See Section 1055
11 Statistics58
12 Diagnostic Information and Icons59
- Analyzer Diagnostic Information59
- Alarm Acknowledge64
- Audit Log and Alarm Event Log64
  - Audit Log - Icons64
- See Section 12.264
  - Alarm Event Log - Icons65
  - Status Icons65
13 Maintenance66
- Changing Reagents66
- Regular Visual Checks67
- Annual Maintenance67
14 Specification77
Appendix A - Reagents80
- Reagent Solutions80
  - Reagent Storage80
- Reagent Consumption80
- Consumption of Sample, Standards and Dilution Water81
- Cleaning Solutions81
Appendix B - Troubleshooting82
- Analyzer Malfunction82
- Cell Diagnostics82
- Effects of Loss of Power to the Analyzer82
- Simple Checks83
Appendix C - Principle of Operation88
- General Operation88
- Temperature Control89
- Measurement Cycle89
- Calibration Cycle89
- LED Calibration89
- Dilution Cycle89
- Chemical Measurement Methods Used90
- Typical Analyzer Calibration Data92
Appendix D - Web Server93
- Stream Values93
- Operate94
- Monitor Status94
- Statistics94
- Logging Status94
- Operator Message94
- Configuration95
- FTP Access95
- FTP Access Via Internet Explorer95
- FTP Access Via Datamanager96
- File Transfer Program96
Appendix E - Updating the Software97
Appendix F - Spare Parts98
- Maintenance Kits98
- Upgrade Kits98
- Reagents and Reagent Bottles98
- Strategic Spares100
- Accessories106
- F.5 Accessories106
Notes109

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Questions and Answers:

J
Jason RuizJul 27, 2025
What to do if ABB Aztec 600 Measuring Instruments readings are unstable?
- K
  Kurt GlennJul 27, 2025
  If your ABB Measuring Instruments readings are unstable, it could be due to several reasons. The analyzer might be showing erratic results because of the chart scaling or the units displayed. Therefore, verify that the analyzer is measuring within its specified range. Check for air bubbles or restrictions such as sharp bends in the analyzer tubing. Also, blockages in the valves or valve manifold can cause incorrect reagent or sample dosage. Finally, external factors like inconsistent chemical dosage, dirty sample lines, or changes in water quality could be the cause. Ensure the sample line(s) feeding the analyzer have sufficient flow to prevent particle settling.

ABB Aztec 600 Specifications

General

Number of channels	1 or 2
Communication	Modbus RS485
Enclosure	Wall-mount
Ingress Protection	IP66
Housing Material	Polycarbonate
Outputs	4-20 mA, Relay
Accuracy	Depends on sensor type
Operating Temperature	-20 to 50 °C