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AccuRef20 Silver/Silver Chloride Permanent Reference Electrode
FEATURES & BENEFITS
• Electrodes are buried directly with native soil backfill – no need for composite backfills
• Electrodes can be used in chloride ion containing soils, due to the use of a saturated chloride filling solution (please see the Specifications section for details)
• Depressed electrolyte (filling solution) freezing temperature of -20°C allows electrodes to experience a deep frost without freezing or cracking
• Design life of 20 years (please see “Important Notes” below)
• Large electrical contact area (electrically active surface area) having hygroscopic characteristics promotes good electrode-to-soil electrical contact. [Note: Soil moisture content is a requirement for a buried metallic structure potential reading versus any permanently installed reference electrode, which means that readings in ultra-dry soil are not possible]
Important Notes:
1) These products must be installed according to the installation instructions provided
2) These products are not guaranteed to maintain their calibration in all soil environments and it is incumbent on the customer to test their soil for the presence of any potential chemical contaminants prior to installation of these products. The M. C. Miller Company has not tested these products with regard to the effects of specific (potential) chemical contaminants on their calibration.
3) These products are not designed for submersion applications.
“A Guide to Understanding Reference Electrode Readings”, (Materials Performance, September 2009 issue)
FEATURES & BENEFITS
• Electrodes are buried directly with native soil backfill – no need for composite backfills
• Electrodes can be used in chloride ion containing soils, due to the use of a saturated chloride filling solution (please see the Specifications section for details)
• Depressed electrolyte (filling solution) freezing temperature of -20°C allows electrodes to experience a deep frost without freezing or cracking
• Design life of 20 years (please see “Important Notes” below)
• Large electrical contact area (electrically active surface area) having hygroscopic characteristics promotes good electrode-to-soil electrical contact. [Note: Soil moisture content is a requirement for a buried metallic structure potential reading versus any permanently installed reference electrode, which means that readings in ultra-dry soil are not possible]
Important Notes:
1) These products must be installed according to the installation instructions provided
2) These products are not guaranteed to maintain their calibration in all soil environments and it is incumbent on the customer to test their soil for the presence of any potential chemical contaminants prior to installation of these products. The M. C. Miller Company has not tested these products with regard to the effects of specific (potential) chemical contaminants on their calibration.
3) These products are not designed for submersion applications.
“A Guide to Understanding Reference Electrode Readings”, (Materials Performance, September 2009 issue)
• Electrodes are buried directly with native soil backfill – no need for composite backfills
• Electrodes can be used in chloride ion containing soils, due to the use of a saturated chloride filling solution (please see the Specifications section for details)
• Depressed electrolyte (filling solution) freezing temperature of -20°C allows electrodes to experience a deep frost without freezing or cracking
• Design life of 20 years (please see “Important Notes” below)
• Large electrical contact area (electrically active surface area) having hygroscopic characteristics promotes good electrode-to-soil electrical contact. [Note: Soil moisture content is a requirement for a buried metallic structure potential reading versus any permanently installed reference electrode, which means that readings in ultra-dry soil are not possible]
Important Notes:
1) These products must be installed according to the installation instructions provided
2) These products are not guaranteed to maintain their calibration in all soil environments and it is incumbent on the customer to test their soil for the presence of any potential chemical contaminants prior to installation of these products. The M. C. Miller Company has not tested these products with regard to the effects of specific (potential) chemical contaminants on their calibration.
3) These products are not designed for submersion applications.
“A Guide to Understanding Reference Electrode Readings”, (Materials Performance, September 2009 issue)
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