Jelight SOG-1 Stable Ozone Generator

uses shortwave ultraviolet radiation to produce a controlled ozone stream for analyzer calibration, environmental research, materials testing, and laboratory instrument development. Rated for up to approximately 0.8 ppm ozone at a 0.5 L/min flow rate, the SOG-1 is available in 115 V and 230 V configurations with the appropriate PS-1 Pen-Ray power supply.

Applications

Ozone Analyzer Calibration

The SOG-1 provides a controlled ozone source for calibration, verification, and testing of laboratory and field ozone analyzers, sensors, and monitoring instruments.

Air Pollution and Environmental Research

The compact UV ozone source can support atmospheric chemistry, air-pollution studies, environmental monitoring research, and experimental systems requiring low-concentration ozone generation.

Materials Aging and Oxidation Testing

Controlled ozone exposure can be used to study oxidation, aging, degradation, and ozone resistance of polymers, elastomers, coatings, and other materials.

Water Treatment and Chemical Research

The SOG-1 can provide ozone for laboratory-scale water purification studies, oxidation experiments, reaction testing, and other controlled chemical research.

Analytical and OEM Instrument Development

The compact Pen-Ray-based design supports integration into analytical systems, test equipment, environmental instrumentation, and custom laboratory apparatus requiring a controlled ozone source.

Features

• Photochemical ozone generation using strong 185 nm ultraviolet output from a Pen-Ray mercury lamp.
• Produces up to approximately 0.8 ppm ozone at a 0.5 L/min flow rate under specified operating conditions.
• Designed for controlled low-concentration ozone generation in analytical and laboratory applications.
• Suitable for use with dry air or oxygen as the process gas.
• Adjustable lamp shielding allows ozone production to be varied for experimental and analytical requirements.
• Compact generator housing supports laboratory and instrument integration.
• Includes the appropriate Jelight PS-1 Pen-Ray AC power supply for the selected mains-voltage configuration.

Specifications

Available Variants

FAQs

How does the SOG-1 generate ozone?

The SOG-1 uses strong 185 nm ultraviolet radiation from a Pen-Ray mercury lamp to photochemically convert oxygen molecules into ozone as dry air or oxygen passes through the illuminated reaction region.

Can the SOG-1 ozone concentration be adjusted?

Yes. Ozone production depends on operating conditions including gas flow rate, oxygen concentration, and the amount of the ozone-producing lamp exposed to the process gas. The generator's adjustable shielding can be used to vary lamp exposure within the system.

What gas should be used with the SOG-1?

The generator can be operated with dry air or oxygen. Gas composition and moisture content can affect ozone production, so controlled gas conditions are recommended when repeatable output is required.

What tubing should be used with ozone?

Ozone-resistant materials should be used throughout the downstream gas path. PTFE and compatible glass components are commonly used because materials that react with ozone can reduce the concentration delivered to the test system.

What safety precautions are required when using the SOG-1?

Ozone is a strong oxidizer and can be hazardous when inhaled. The generator should be operated in a controlled laboratory system with appropriate ventilation, containment, compatible materials, and ozone monitoring as required by the application and site safety procedures.

Warranty

The Jelight SOG-1 Stable Ozone Generator is warranted against defects in materials and workmanship under normal use and service. Please inspect all protective equipment before each use. For warranty assistance, replacement parts, product support, or application guidance, contact ScienceLighting technical support. Warranty valid for 12 months.

Ordering

Have additional questions? Contact ScienceLighting at (650) 961-9031 or sales@sciencelighting.com.