Introducing the NEW Oakton® 2700 Benchtop Meters from Cole-Parmer

Share Article

Economical meters meet GLP requirements--and advanced functionality makes them an excellent choice for research applications

The latest advancement in Oakton benchtop meters has arrived at Cole-Parmer. The 2700-series meters offer superior, oversized displays with a bright backlight and dynamic stability indicator. The meters conveniently stamp all calibration and stored data with the time and date, meeting GLP requirements. Their nonvolatile memory stores and recalls up to 500 sets of data--simplifying the process of documenting large volumes of measurement. Advanced setup options enable user customization for added flexibility. Users can also program data logging intervals for continuous monitoring. Programmable limit alarm sounds off when readings fall out of range.

The Oakton pH 2700 meters have an expanded pH range from -2.000 to 20.000 with improved accuracy of +/- 0.002 pH and a resolution of 0.001 pH. Other models in the series are available to measure ion concentration, conductivity/TDS, pH/conductivity/TDS, and dissolved oxygen. To learn more about the 2700-Series Oakton Benchtop Meters from Cole-Parmer, call 800-323-4340 or visit ColeParmer.com/8079.

Cole-Parmer has been a leading global source of laboratory and industrial fluid handling products, instrumentation, equipment, and supplies since 1955. Our product lines, including popular brand names such as Masterflex®, Oakton®, and more, are sold through company-owned customer channel outlets and a strong network of international dealers. We also feature an ISO-17025-accredited metrology lab for instrument calibration and repair. Cole-Parmer responds with excellence to customer needs, and offers application expertise and technical support. For more information, contact Cole-Parmer, 625 East Bunker Court, Vernon Hills, IL 60061. In the U.S., call 800-323-4340. International customers, call 847-549-7600. Visit us at http://www.coleparmer.com.

###

Share article on social media or email:

View article via:

Pdf Print

Contact Author

Beth Dumey

Dawn Pacholik
Visit website