Endress+Hauser Aluminum analyzer Liquiline System CA80AL

Endress+Hauser Aluminum analyzer Liquiline System CA80AL

Aluminum analyzer Liquiline System CA80AL

Specs at a glance

Measuring range

15 to 1000 µg/l Al

15 to 1000 µg/l with dilution function to maximum 300 to 20 000 µg/l Al

Process temperature:4 ... 40 °C (39.2 ... 104 °F)

Process pressure:at atmospheric pressure, < 0.2 bar

Measuring principle:Colorimetric

Characteristic

Process analyzer for aluminum in aqueous solutions

Comply with standard colorimetric measuring principle - pyrocatechol violet methot

Process pressure:at atmospheric pressure, < 0.2 bar

Sample flow rate:min. 5ml/min (0,17 fl.oz/min)

Consistency of the sample:low solid content (< 50NTU), aqueous homogeneous

Field of application Aluminum analyzer Liquiline System CA80AL

Liquiline System CA80AL offers precise, regulation-compliant online measurement of aluminum residues in drinking water and wastewater. The analyzer helps you to optimize aluminum dosing in flocculation processes and phosphate removal. It enables plug & play of up to 4 Memosens sensors – minimizing the installation effort. Automatic calibration and cleaning and the low reagent consumption reduce operating costs while advanced diagnostics with remote access ensure process safety.

Liquiline System CA80AL aluminum analyzer supports:

Limit monitoring in drinking water

Optimization of aluminum-based coagulation processes

Phosphate elimination in wastewater treatment plants

Benefits Aluminum analyzer Liquiline System CA80AL

• The aluminum analyzer uses the pyrocatechol violet method according to DIN ISO 10566, ensuring direct comparability to lab results

• Supports predictive maintenance by advanced diagnostics

• Reduces operating costs thanks to automatic calibration and cleaning as well as low reagent consumption

• Easy upgrade of functionality to a complete measuring station - by adding modules and connecting Memosens sensors.

• Comfortable remote access via integrated web server

• Seamless integration into process control systems thanks to digital field buses such as Modbus, PROFIBUS, EtherNet/I