Product Description
Brand Metrohm
Model 2060
Capacity Multiple sample streams (1 to 20)
CAT No A402060011C
Application Chromatography
The 2060 Ion Chromatograph (IC) Process Analyzer from Metrohm Process Analytics is based on the modular 2060 platform concept. This modular architecture enables the separation of the cabinets in different locations around a plant and the connection to up to 20 sample streams for time-saving sequential analysis at multiple areas inside of a plant
Superior Automation and IntegrationThe analyzer features a fully automated platform supported by an integrated Siemens PLC (TIA Portal/Step 7) and comprehensive MagIC Net Process software. Automated calibration, remote monitoring, and gapless sequential or multi-stream sampling dramatically reduce manual effort while enhancing operational security and efficiency across diverse industrial environments.
Robust Design for Harsh EnvironmentsConstructed with corrosion-resistant housing and rated to IP65, the 2060 IC Process Analyzer withstands demanding industrial conditions. Its 800 x 600 x 600 mm chassis supports a large 10-inch industrial touchscreen, while the system is capable of handling ambient humidities up to 95% (non-condensing) and operates reliably between 5C and 40C.
Versatile and High-Precision AnalysisEmploying advanced detection technologies including conductometric, amperometric, and UV/VIS detectors, the analyzer enables trace-level measurement (sub-ppm) across a wide concentration spectrum (ppb to %). Capacity for up to three sample streams, autosampler modes, and inline sample prep (filtration, dilution, degassing) provide unmatched analytical flexibility.
FAQ's of Metrohm 2060 IC Process Analyzer:
Q: How does the Metrohm 2060 IC Process Analyzer support process automation?
A: The 2060 IC Analyzer integrates a Siemens PLC using TIA Portal/Step 7 and is managed via MagIC Net Process software, enabling automated calibration, sequencing, remote monitoring, and chemical suppression routines. These features ensure seamless continuous analysis with minimal operator intervention.
Q: What sample types and environments can be analyzed with this system?
A: The analyzer is designed for both online and offline sample analysis, accommodating a variety of industrial process streams. Its corrosion-resistant, IP65-rated enclosure and wide temperature/humidity tolerance make it suitable for harsh manufacturing environments.
Q: When should maintenance be performed on the 2060 IC Process Analyzer?
A: The system offers extended maintenance intervals, allowing for up to six months of continuous operation before routine servicing is required. Integrated system alarms will notify users of status and necessary maintenance, minimizing unscheduled downtime.
Q: Where can data from the analyzer be accessed or integrated within a facility?
A: Data outputs include both digital and analog signals, and connectivity is provided via Ethernet, USB, and OPC protocols. This ensures easy integration with plant control systems and remote workstations for comprehensive process oversight.
Q: What is the process for sample preparation in this analyzer?
A: Automated sample pretreatment units handle inline filtration, dilution, degassing, and chemical suppression, preparing samples for high-accuracy ion chromatography with minimal manual steps required, thus optimizing analytical consistency.
Q: How does the analyzer improve workflow efficiency and measurement reliability?
A: By supporting multi-stream, autosampler, and sequential/gapless sampling modes, the 2060 IC minimizes manual sampling steps, allows simultaneous measurement of up to three streams, and ensures highly reproducible trace-level analysis across extended operational periods.
Q: What are the primary benefits of using the Metrohm 2060 IC Process Analyzer in industrial applications?
A: Users benefit from high analytical precision over broad concentration ranges, low maintenance requirements, robust construction, versatile connectivity, and full automation-delivering reliable, real-time process monitoring for enhanced product quality and operational efficiency.