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Systech - Model PM700 -Paramagnetic Oxygen Analyzer
Paramagnetic oxygen analyzers for high purity oxygen with full percent range capability. Utilising the well proven magneto-dynamic (dumb bell) transducer, the PM700 offers the best in class of high performance oxygen analysis. These highly advanced instruments incorporate user-friendly software to provide accurate and reliable results. This paramagnetic analyzer is ideal for oxygen purity measurements with autoranging from 0.01% to 99.99%. The non-depleting sensor provides years of trouble free operation.
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Available in four different configurations:
- Panel mounted or bench mount oxygen analzyers
- NEMA 4X / IP66 waterproof and weatherproof oxygen analysis units
- 19 in. rack mount
- UL and CUL approved Ex-proof. Sensor housing for explosive gas mixtures such as H2, Butane, CO, H2S.
- Industry: Process
- Gas: Oxygen
- Application: Industrial Gas
- Medical Gas Analysis
- Measurement range: Autoranging from 0.01 to 100% Oxygen
- Technology: Paramagnetic
- Response Time: 90% of reading (T90) less than 2 seconds
- Explosive gas mixtures: Use the Ex-Proof Sensor Housing for explosive gas mixtures such as H2, Butane, CO, H2S
- Paramagnetic sensor with PID temperature control for best in class performance
- Optional barometric pressure compensation for purity analysis
- Auto calibration option
- Large autoranging LED display
- Specific to oxygen
- Excellent linearity and accuracy
- Chemical/Petrochemical - Chemical & High purity gas production, Hydrocarbon refining, Natural gas transmission
- Curing - Electron beam, Ultraviolet
- Electronics - Solder powder production, Semiconductor furnaces, Gas quality
- Medical Gas Analysis - relevant to USP37 and European Pharmacopeia 2.5.27 oxygen in gases
- Metals - Heat treating / Annealing, Steel production, Alloys and powdered metals
- Pharmaceutical - Inert packaging, Vessel blanketing, Fermentation
- Process - Ceramics, Combustion analysis, Contact lens manufacturing, Food packaging, Glass fibre optics, Inert gas welding, Lamp manufacturing, Air separation
- General - Controlled environments, R&D, Glove boxes, Oxygen deficiency