ET160X  NANO Ion Selective Electrodes



ET160X NANO Ion Selective Electrodes
ET160X NANO Ion Selective Electrodes
 
  • Easy to use, no maintenance
  • For ultra-low volume samples
  • Carbon nanotube technology
 

 

This range of ion selective electrodes is made with carbon nanotube technology, creating real miniaturized solid state electrodes. Their small size means they can be used for measurements in ultra-low volume samples.

They are half-cell electrodes and must be used with a separate reference electrode such as the ET1613 MINI Reference Electrode.

The ion selective and reference electrodes can both be connected to the EPU452, EP353 or EPU353 isoPods using the EC008 BNC to alligator clips cable.

The following mini electrodes are available:

  • Reference Electrode  ET1613
  • pH                              ET1612
  • NH4+    Ammonium    ET1609
  • Br-       Bromide          ET1632
  • Ca2+    Calcium          ET1601
  • CI-       Chloride          ET1602
  • Cu2+    Copper           ET1603
  • I-          Iodide             ET1633
  • Li+        Lithium           ET1606
  • Mg2+     Magnesium   ET1607
  • NO3-     Nitrate           ET1611
  • NO2-     Nitrite            ET1610
  • ClO4-     Perchlorate  ET1614
  • K+         Potassium    ET1605
  • Na+       Sodium         ET1608
  • F-          Fluoride        ET1604

Please specify the type of the ion when ordering

 
  • Type: Half Cell Electrode
  • Electrode Diameter: 2.5 mm
  • Electrode length: 45 mm
  • Connection: gold-plated pin with 1 mm diameter
  • Casing material: PVC
  • Not sensitive to changes in light intensity
  • Not sensitive to oxygen or redox species
  • Cannot be used in organic solvents
  • Working temperature range: 5º to 50ºC
  • Working pH range: see Specifications Table


 

© copyright 2002 - 2024   eDAQ - data recording made simple
       website by frogwebworks
© copyright 2002 - 2024   eDAQ - data recording made simple
website by frogwebworks
© copyright 2002 - 2024 eDAQ - data recording made simple website by frogwebworks
© copyright 2002 - 2024 eDAQ - data recording made simple
website by frogwebworks