Touch Screen Pipelines Oxygen Concentration Analyzer Real Time Display

UVOZ-3300C Ozone Gas Analyzer

The UVOZ-3300C ozone gas analyser has a touch screen operator interface with real time display of ozone gas concentration, with pressure and temperature compensation and display, and can be set for automatic zero time and manual zeroing mode. High concentration (g/Nm3) range with flow input and real time display of ozone generator output. The equipment uses an advanced dual-light UV light source system with an intelligent lamp management system, which enables the UV lamp to reach the measurement state quickly after switching on. It is mainly used for continuous detection of ozone gas in various industrial environments, and can also be used to detect ozone gas in operating pipelines, vessels and other environments.

• Two sets of relay signal outputs are available, allowing the user to choose between high and low alarm point signal output connections.
• Measurement features: patented process with automatic zero correction, dual-optical UV absorption method principle, foreign long-life UV LED light source, continuous operation, ensuring the stability of the detection concentration.
• Test method: Dual-optical UV absorption method, long-life light source system, high measurement accuracy
• Measurement principle: accurate measurement by photometric absorption principle according to Lambert-Beer's law.
• Light source system: foreign long-life UV light source system (UV LED light source (with lens)), free 2-year guarantee.
• Usage: Indoor installation with power and signal terminals.
• Light cell system: Separate light cell technology, no leakage, high pressure resistance, high flow sampling gas impact resistance.
• Intelligent compensation: built-in temperature and pressure compensation and display, with automatic compensation of the light source.
• The core component adopts UV long life light source system with high transmittance quartz sheet to ensure the stability of the zero point and prevent the zero point drift from affecting the accuracy of the detection concentration.