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Aztec AW634 Low Range Manganese Analyzer
Brand: ABB GroupThe Aztec 600 low range manganese analyzer provides accurate measurement of manganese levels in final water to optimize chemical dosing control and improve drinking water quality.
The Aztec 600 low range manganese analyzer provides a very low limit of detection of just 0.001 ppm (1 ppb) to enable accurate monitoring of manganese levels in treated waters.
Featuring ABB's intuitive menu-driven software and the unique self-cleaning Aztec fluid handling system, users benefit from an analyzer that is both simple-to-operate and maintain.
Features- Analysis of up to 3 sample streams
- Automatic 2-point calibration
- Automatic background color compensation
- Automatic sample dilution to maximize range
- Self-cleaning measurement system
- Intuitive software with full color graphical display
- Data logging and graphical process trending
- Full audit trail capability
- Secure data archiving to SD Card
Specifications
Brand
Measurement Range
- 0 to 0.1 ppm Mn (0 to 3 mg/L)
Accuracy / Maximum Measured Error
- ± 0.005 ppm for 0.000 to 0.050 ppm
- ± 0.010 ppm for 0.050 to 0.100 ppm
Repeatability
- ± 5 % of Reading or ± 0.001 ppm, whichever is greater
Resolution
- 0.001 ppm or 1 ppb
Calibration
- 2-Point, Automatic Calibration
Operating Temperature
- 5° to 35° C (41° to 93° F)
Sample Temperature
- 1° to 35° C (32° to 93° F)
Flow Rate
- Sample: Continuous 200 to 500 mL/min
Sample Pressure
- 5 psi Max.
Humidity
- Up to 95 % Relative Humidity, Non-Condensing
Display
- Color, TFT, LCD with built-in backlight and brightness Adjustment
Environmental Protection
- IP 31
Communication
- PROFIBUS DP V1.0
Certifications & Approvals
- cULus
- CE
- EMC
- LV Directives
Power Supply
- 100-240 Vac Max. 50/60 Hz ± 10 %
- 18-36 Vdc optional
Power Consumption
- 75 W Max. - AC
- 100 W Max. - DC
Material of Construction
- Electronics Enclosure: 10 % Glass-loaded Polycarbonate
- Main Enclosure: Noryl
- Lower Tray: 20 % Glass-loaded Polypropylene
- Door: Acrylic
- Iron removal from drinking water
- monitoring of source water iron levels from either surface waters or boreholes. Seasonal changes and water level tables can have a significant affect or influence the concentration of iron in source waters
- measurement of water post-aeration / filtration to monitor removal process/efficiency
- Monitoring of iron-based coagulants used in drinking water
- monitoring of iron residuals in surface waters treated with iron-based coagulants to help optimize the coagulation process and ensure final iron residuals in treated water comply with legislation
- monitoring of the effluent discharge from the sludge holding tanks
