ENOTEC GAS ANALYZER SYSTEM OXITEC 5000

Product Overview The ENOTEC GAS ANALYZER SYSTEM OXITEC 5000 is an in-situ zirconia oxygen gas analyzer system engineered for continuous flue gas oxygen measurement and combustion optimization, built to comply with ISO, DIN EN 15267 and CE industrial certification standards. Built for in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, this robust probe-mounted gas analyzer withstands high flue gas temperature, dust accumulation and mechanical vibration, delivers stable 24/7 continuous operation, and serves as core gas analysis hardware for power plants, waste incinerators, cement kilns and industrial combustion systems.

Featuring zirconium oxide sensing principle, direct insertion measuring probe, local touch display panel, analogue and digital signal output & automatic in-situ calibration monitoring function. It supports direct flue gas pipeline insertion mounting, adapting to limited installation space inside boiler flues and industrial process pipelines. The modular assembly allows separate replacement of sensing probe and electronic control unit without full combustion system shutdown, greatly reducing plant downtime for service. Equipped with wide configurable oxygen measuring range, high temperature resistant probe design & embedded self-diagnostic routine, mature hardware structure prevents flue gas interference and guarantees dependable gas analysis performance during continuous duty.

For dependable in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, OXITEC 5000 directly measures oxygen content inside flue gas without gas sampling or pre-treatment, feeds real-time oxygen data to control system to adjust air-fuel ratio, and provides continuous measurement data for emission compliance monitoring. Reliable in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, premium industrial-grade sensor and electronic components provide excellent long-term operational stability, extending service life in harsh high-temperature flue gas working environments. Practical wide configurable oxygen measuring range, high temperature resistant probe design & embedded self-diagnostic routine, maintenance technicians can check measuring status and perform on-site calibration during routine combustion equipment inspection and overhaul.

During continuous in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, this gas analyzer system is fully compatible with industrial PLC, DCS control platforms and continuous emission monitoring systems. Stable in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, mature ENOTEC zirconia gas analysis technology with easy spare parts replacement and convenient after-sales maintenance. Robust wide configurable oxygen measuring range, high temperature resistant probe design & embedded self-diagnostic routine, simplifies flue gas pipeline layout and reduces installation workload for industrial boiler retrofitting and emission monitoring system overhaul projects.

Technical Specifications Brand: ENOTEC Model: GAS ANALYZER SYSTEM OXITEC 5000 Product Type: In-situ Zirconia Oxygen Gas Analyzer System Mounting: Flue gas pipeline insertion mount Power Supply: 24V DC Communication: 4-20mA analogue, digital bus interface Function: In-situ oxygen measurement, combustion optimization, emission monitoring, automatic calibration, fault recording, self-diagnosis Protection: High temperature resistance, dust proof, IP65 probe / IP66 electronic unit, EMC anti-interference, ISO certified Application Field: Power station boiler, waste incineration plant, cement kiln, industrial furnace, flue gas CEMS system, gas analyzer spare replacement

Key Features Designed for in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, probe-mounted in-situ oxygen gas analyzer system for industrial combustion flue gas measurement application. Adopts zirconium oxide sensor, direct insertion probe without gas sampling, configurable measuring ranges & local display operation, pipeline installation simplifies layout and reduces wiring work. Equipped with wide configurable oxygen measuring range, high temperature resistant probe design & embedded self-diagnostic routine, mounting adapts limited industrial flue gas pipeline space. Modular structure allows probe and electronic unit replacement without full combustion system shutdown, cutting plant downtime. Premium rugged sensor components resist mechanical shock and high temperature corrosion, stable performance under variable industrial operating conditions and long-hour operation. Spare ENOTEC OXITEC 5000 gas analyzer system for retrofitting and overhaul of industrial flue gas analysis and combustion control systems.

Application Scope Industrial gas analysis unit: gas analyzer system performing in-situ oxygen concentration detection, combustion efficiency optimization, flue gas emission monitoring, measures flue gas oxygen and optimizes boiler combustion for plant operators. Compact pipeline insertion installation: integrated sensing probe and electronic control cabinet, multi-signal output and local status indication, compact assembly saves flue duct installation space. Low-maintenance continuous operation: automatic in-situ monitoring, fault history storage & embedded self-diagnostic routine, component replacement without dismantling the whole analyzer assembly. Spare-part maintenance: replacement ENOTEC OXITEC 5000 gas analyzer system for overhaul and hardware renewal of industrial flue gas combustion analysis systems.

Package & Delivery Each ENOTEC GAS ANALYZER SYSTEM OXITEC 5000 is packed with shockproof export carton for industrial gas analysis instrument spare parts shipment. Complete delivery includes OXITEC 5000 probe and electronic unit; installation manual and maintenance guide are provided for reference. Matching mounting flanges, signal cables and spare sensor elements are available as optional spare parts.