Product Information
- Name : LT-200BHT Explosion-proof Ozone Analyzer|Gas Ozone Monitor|Dual Beam UV Ozone Detector
- SKU : BLT-300
- Category : gas-analyzers
LT-200BHT explosion-proof ozone concentration analyzer is designed for industrial environments with explosion protection requirements, applied to online gas ozone measurement in hazardous locations. Equipped with precision optical components and advanced electronic control modules, it adopts dual-beam UV sensing system. Built-in inlet filter and off-gas destroyer, the whole unit is manufactured in compliance with explosion-proof standards, featuring high measuring accuracy and excellent safety performance for continuous gas ozone monitoring in flammable & explosive areas. With rugged explosion-proof enclosure, touch screen and flowmeter, it supports standard signal output for PLC and SCADA connection.
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Working Principle
It works on UV absorption principle. The dual-beam UV sensing system reduces measurement errors caused by light source drift and ambient interference. Sample ozone gas is purified by inlet filter before entering gas cell. Ozone molecules absorb UV light at specific wavelength. The system compares light intensity between reference beam and sample beam to calculate ozone concentration based on Beer-Lambert law. Processed gas passes through off-gas destroyer before discharge to prevent ozone leakage. Real-time data is displayed on touch panel and sent to central control system to ensure safe and stable operation of ozone processes in hazardous areas.
Application Fields
Chemical explosion-proof workshops: Ozone gas monitoring for oxidation processes in flammable chemical plants.
Petrochemical industry: Ozone measurement for petrochemical wastewater and waste gas deodorization.
Pharmaceutical explosion-proof zones: Online ozone monitoring for processes in pharmaceutical hazardous workshops.
Coal chemical projects: Ozone detection for coal chemical wastewater advanced oxidation and waste gas treatment.
Hazardous material treatment: Ozone system monitoring in sites with combustible gas risks.