Ozone analyzer - UV absorption high range: Model 106-M | 2.B Tech

The Model 106-M Ozone Monitor is an industrial-grade analyzer designed for accurate ozone measurement in the 0 to 1,000 ppm range. Based on UV absorption at 254 nm, it delivers high precision and reliability for demanding industrial environments.

Its robust design integrates most components directly onto a circuit board, ensuring high durability and simplified maintenance. Available in standard, industrial, or OEM configurations, it can be easily integrated into existing systems or custom installations.

This analyzer is particularly suited for applications such as off-gas monitoring in water treatment processes, ensuring efficient ozone destruction and process optimization.

Advantages

• Wide measurement range: up to 1,000 ppm for industrial ozone applications
• High accuracy and stability: ±2% of reading with minimal drift
• Fast response time: measurement interval of 2 seconds
• Flexible integration: available in OEM and industrial enclosures
• Multi-channel capability: optional 3 or 6 channel sampling
• Advanced outputs: analog (4-20 mA), digital (USB, RS232)
• Low maintenance design: simplified architecture with minimal wiring

Key Features

• Measurement principle: UV absorption at 254 nm (single beam)
• Measurement range: 0 – 1,000 ppm
• Resolution: 0.01 ppm
• Detection limit: 0.02 ppm
• Accuracy: better than ±2% of reading
• Response time: 4 seconds (2 s output)
• Internal data logger: up to 32,736 data points
• Data averaging: configurable (10 s to 1 hour)
• Flow rate: 0.3 to 1.5 L/min
• Operating temperature: 0 to 50°C
• Power supply: 100–240 VAC or 11–28 VDC

Typical Applications

• Water treatment plants: ozone off-gas monitoring
• Industrial ozone generators: process control and safety
• Environmental monitoring: high concentration ozone analysis
• Research and pilot systems: ozone process optimization
• OEM integration: embedded ozone monitoring solutions

Additional Information

The Model 106-M offers multiple configuration options, including flow-through design, particle filters, and corrosion-resistant versions for air-fed ozone generators.

It features relay outputs for process control, allowing automated management of ozone generation systems or alarm triggering. Multi-channel configurations enable simultaneous sampling from multiple points, improving system efficiency.

With NIST traceable calibration and advanced compensation for temperature and pressure, the analyzer ensures reliable long-term performance in industrial environments.