Environics® Series 6123 Ozone Transfer Standard with Photometer : Quote, RFQ, Price and Buy

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The new Environics® Series 6123 Ozone Transfer Standard, equipped with a photometer, is the perfect system for individuals looking for a standard in ozone (O3) monitoring and reporting programs.

The S6123 system is a sister unit of the S6103 and uses O3 to perform zero, span, precision and multi-point calibrations automatically.

The S6103 system will be needed if users want to conduct span, zero, precision and multi-point calibrations using O3; however, they can also use the system for hydrocarbons, CO, SO2, NO, NO2 and other target gases.

The S6103 system fulfills or exceeds all U.S. Environmental Protection Agency directives for a level 3 bench or transfer standard.

The Environics® Series 6123 includes a solo chassis that supports a single thermal mass flow controller (sized for each customer requirement), a photometer, an ozone generation module, control electronics and an inline static mixer. The unit does not contain any consumables, which makes it easy to maintain.

Image Credit: Environics Inc.

Commands, which are entered from the front panel, are shown on a backlit 4 line by a 20-character liquid crystal display. Besides this, the system can be remotely operated using the RS-232 serial data interface or contact closures, both of which come as standard in the Series 6123.

The Series 6123 also includes a single mass flow controller as standard, and this has been calibrated to a National Institute of Standards and Technology (NIST)-traceable primary standard.

The calibration data includes a comparison of actual versus desired flow across the entire dynamic range of the system with linear interpolation between points. Calibration data is preserved in non-volatile memory and users can update this data with an appropriate standard.

The ozone generator, based on internal ultra-violet (UV), is controlled by temperatures and contains a precision photo-optical feedback circuit to offset lamp aging effects and thus offers a stable generation of O3. A NIST-traceable photometer standard has been used to calibrate the ozone generator at the factory.

Note: For simple operation, the photometer-loop control can be directly enabled or disabled inside these modes. The unit can also be switched from quantifying the internal to an external source of ozone from these run modes.

*Specifications of performance are valid only when all mass flow controllers are working from 10% to 100% of full-scale flow. The mass flow controllers are calibrated with a NIST-traceable Primary Flow Standard, where the Reference Pressure used is 760 mm Hg (29.92 in. Hg) and the Reference Temperature is 25°C (77°F).

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