The Gas Analyzer 210 was developed for fast and simple online measurement of IR-active process gases where no other interfering components are expected and low detection limits are required. High long-term stability and low calibration effort thanks to patented NDIR measurement method with proven reference pressure measurement Direct measured value display and user-friendly operation via touch panel with menu navigation in plain Open interface architecture for flexible data transmission (standard RS232) Low service costs due to reduced maintenance requirements and high operational reliability • Chemical cleaning • Metal degreasing • Parts cleaning Fresenius Umwelttechnik GmbH Doncaster-Platz 5 45699 Herten We are your competent partner for gas measurement applications. Our analyzers are developed and produced exclusively in Germany.
Open the catalog to page 1Technical Data GAS ANALYZER GA 210 Model Gas Analyzer 210 Sample Gas Inputs 1 (standard), expandable up to 8 Measurement Technology IR: NDIR single-beam method, cuvette heated to 50°C EC: electrochemical measurement method ZrO2: Zirconium oxide ion conductor principle Gas Components 1 x NDIR (Perchloroethene, trichloroethene, dichloromethane or hydrocarbon Other substances on request Measurement Range Dependent on substance Measurement Uncertainty Dependent on substance Detection limit / Resolution Dependent on substance Measurement Interval Dependent on substance Continuous: 1 s Quasi-continuous:...
Open the catalog to page 2Technical Data GAS ANALYZER GA 210 Operation Menu navigation via 2.5” resistive touch display Electrical Inputs 4 digital inputs 24 V AC/DC Electrical Outputs 1 digital output “ready” (relay) max 48 V / 500 mA 1 digital output “fault” (relay) max 48 V / 500 mA 4 digital outputs (relay) max 48 V / 500 mA, expandable up to 8 Data Interfaces Standard: RS232 Optional: Profibus DP, Ethernet Modbus TCP, Ethernet IP, Profinet, up to 8 analog outputs (galvanically isolated) 4-20 mA, freely configurable via display menu Operational Readiness Measurement readiness substance-dependent Full specifications...
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