Radiometer Analytical PHC2085-8 Combination Red-Rod pH Electrode with Temperature Sensor (epoxy body, BNC+cinch)

Radiometer Analytical PHC2085-8 Combination Red-Rod pH Electrode with Temperature Sensor (epoxy body, BNC+cinch)

Product Number: E16M501

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Long-term accuracy and reproducibility with Red Rod technology

The Radiometer PHC2085-8 Combination pH Electrode has a robust epoxy body, Red-Rod reference system, refillable electrolyte (sat. KCl), integrated temperature sensor, and porous pin junction for general purpose applications. The PHC2085-8 has BNC + cinch (RCA) connectors. Please reference the PHC2085-6 (article no. E16M345) for a version of this probe compatible with Hach Sension+ laboratory pH meters.

Applications:

  • Municipal Water
  • Primary Treatment
  • QA/QC Lab
  • Surface Water

Benefits

The right probe for your application.

To meet your analysis needs, Radiometer Analytical electrodes are available with a variety of lengths, diameters and reference systems. There is a Radiometer electrode for every application.

Unique Red-Rod technology provides a reproducible, fast and accurate response.

The symmetry formed by the internal and external Red-Rod reference elements means that the iso pH is the same as the zero pH which provides highly reproducible results and a fast, accurate response, even when temperature fluctuations occur.

Know that you have the right answer.

Red-Rod electrodes provide a stable signal fast by protecting the reference elements from light interference. The Red-Rod saturated KCl salt-bridge also aids in creating a stable liquid junction potential.

Avoid problems with your measurement, even in challenging samples types.

The Red-Rod system creates a trouble-free liquid junction. The Red-Rod encapsulation of reference elements means no silver ions and therefore less risk of clogging when measuring in challenging sample matrices.

Measure over a wide temperature range.

The Red-Rod reference system enables use over a wider range of temperatures than for most pH electrodes.

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