GenTwo Oxygen Analyzer PMA1000 V2.4 Part No.: 08A2020

Product features

Modular oxygen analyzer in 19″ rack-mount housing (short version)
Tubing of the gas paths in FKM (Viton^®)
Visualization of measured values of one year directly on the analyzer
Innovative operation via 7″ touch color screen
With pressure compensation in the pressure range from 0.8 to 1.2 bar abs.
Four O₂ measuring ranges, two of those are user-programmable, two relay outputs for measuring range feedback
Electrically isolated analog signal outputs: 0–20 mA/4–20 mA
Modbus TCP/IP and AK protocol TCP/IP
Ethernet/USB interface
Remote operation via VNC^® viewer
Two programmable limit values with associated relay outputs
Automated calibration with driver output optionally
Chlorine- or solvent-resistant oxygen measuring cell as an option

Applications

The GenTwo PMA1000 V2.4 can be used in a wide range of applications in non-hazardous environments. Typical applications include combustion control, process optimization, inertization monitoring, fermentation processes.

Description

Description

GenTwo oxygen analyzer PMA1000 V2.4, 19″ rack‑mount housing, short, 4 U, gas paths: FKM (Viton®) tubing, gas connections: PVDF, G 1/4″. Microprocessor‑controlled HMI with 7″ color touch screen control panel, equipped with 1 x PMA2 O₂ transducer, thermostatted to 55 °C, four linear measuring ranges 0‑1 to100 vol% O₂, 2 of them freely programmable, suppressed zero possible, process pressure compensation from 0.8‑1.2 bar abs. Integrated flow measurement and monitoring can be switched on/off, analog output: 1 x 0/4‑20 mA, max. 500 ohms, galvanically isolated, digital outputs: 4 x relays (2 x exceeding of operational limits, 2 x measuring range feedback), status relay outputs via potential‑free changeover contacts: device status, CAL mode, pump I/O, CAL error, interfaces: Ethernet, USB, Modbus TCP, AK protocol TCP. Dimensions (W x H x D): 482 x 185 x 297 mm, power supply: 100‑240 V, 50‑60 Hz

Overview

GenTwo PMA1000 V2.4 is designed for continuous measurement of oxygen concentration in gas mixtures. The paramagnetic oxygen measuring cells used are characterized by excellent linearity as well as high long-term stability and are largely cross-sensitivity-free due to the measuring method used.
Through software parameterization and the installation of available options, each analyzer can be easily adapted to your application-specific requirements.