The OXY5500 oxygen analyzer is a compact, stand-alone, single channel analyzer that uses quenched fluorescence (QF) technology to reliably measure oxygen in natural gas and gas processing applications. A sensor probe is inserted into the process stream and is connected to the controller by an optical fiber. Featuring an LCD display and built-in data logger, the OXY5500 also has full sample conditioning systems available as well as software for a PC interface.
Natural gas quality measurements in production, storage, transportation, and distribution
Monitoring in natural gas, upstream of production and gathering sites
Measurable range from ppm levels to 0-20% O2
Trace measurements as low as 0-10 ppmv oxygen in hydrogen for electrolyzer applications
Ideal for CCUS applications since optical oxygen measurement is unaffected by CO2 or H2S in the process
Fördelar
Easy to navigate display and menu
Small optical sensor with no membrane or consumable chemicals
Optical measurement with fast, continuous response
Check out the findings from the GERG report on the use of a Raman Rxn4 analyzer and Raman Rxn-41 cryogenic probe for the reliable chemical composition measurement in LNG custody transfer applications.
Compact, single channel oxygen (O2) analyzer with an LCD display and built-in data logger. The sensor measures oxygen using quenched fluorescence (QF) technology, which is inserted into the process stream and is connected to the controller by an optical fiber.
Channels
1
Analyte and Measurement ranges
O2 (Oxygen): 0 to 100 ppmv (minimum) 0 to 20% volume (maximum)
Measured Variables
Concentration Cell Pressure Cell Temperature
Ambient Temperature range
-20 to 50°C (-4 to 122°F)
Operating Pressure range
Inlet Pressure: 140 to 275 kPa (20 to 40 psig) Sample Cell: 800 to 1200 mbara
Analyzer Wetted materials
304 & 316 stainless steel FKM O-Rings
Power supply
108 to 253 VAC, 50/60 Hz; 5.3 Watts at 120VAC; 6.6 Watts at 240VAC or 9 to 30 VDC (CSA), 18 to 30 VDC (IECEx/ATEX); 4.7 Watts at 24VDC
Communication
Analog Output: Two 4-20 mA outputs Analog Input: One 4-20 mA input (sample pressure) Fieldbus: RS-232C, RS-485, & Ethernet 10/100 with Modbus Output Relays: Qty 2, 250 mA max load (Concentration and Fault Alarms) USB 2.0 Works With Service Software Only 4 GB Internal Memory with Internal Data Logging
TDLAS and QF analyzers technology guide - Principle of operation,
configurations, and certification information
Engelsk version - 11/2023
New version available in English
A technology guide examining our tunable diode laser absorption
spectroscopy (TDLAS) and quenched fluorescence (QF) analyzer
portfolio (including the J22, JT33, SS500, SS2100, SS2100i, and SS2100a
TDLAS gas analyzers, and the OXY5500 precision oxygen analyzer) to
measure water / moisture (H2O), hydrogen sulfide (H2S), carbon
dioxide (CO2), oxygen (O2), ammonia (NH3), and acetylene (C2H2) in
natural gas process streams within the chemical industry / Oil & Gas
industry using SpectraSensors technology.
TDLAS and QF analyzers application guide - Accurate and
reliable measurement of H2O, H2S, CO2, C2H2, NH3, and O2
PU (publikation)
Engelsk version - 11/2023
New version available in English
A guide to TDLAS and QF technology application notes (natural gas, hydrogen, biomethane, carbon capture, LNG, gas processing, NGL fractionation, petrochemical, syngas, ammonia, and refining) for the oil & gas and chemical industries (relating to J22, JT33, SS500, SS2100, SS2100a, SS2100i, and OXY5500 analyzers).
Real-time quality measurements in biogas and biomethane
PU (publikation)
Engelsk version - 10/2023
New version available in English
A discussion on using TDLAS / QF analyzers (SS500, J22, JT33, SS2100, and OXY5500) to measure the concentration of compounds in biogas and biomethane in the Oil & Gas industry.
An overview about the engineered approval drawings offered for TDLAS and QF analyzers (SS2100, SS2100i, SS2100a, J22, JT33, OXY5500, SS500) to enable customers to confirm that the system fabrication meets their approval.
An overview of energy transition and the importance of gas analysis via TDLAS, QF, and Raman spectroscopy (including the J22, OXY5500, Raman Rxn4, and Raman Rxn5 analyzers) to meet the demand for an energy supply chain shift away from carbon toward renewable energy, natural gas, hydrogen, LNG, biogas and more in the oil & gas industry.
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