Overview
BANTE NH4-UK is a UK-based Ammonium Ion Selective Electrode for direct measurement of ammonium Ion concentration in solution. Measurement range 0.9 to 9000ppm, composite Electrode design, no additional reference Electrode, solid epoxy resin housing, 1 meter Cable length, BNC connector.
Features
1. Imported from the UK.
2. Using composite Electrode design, it can be used without reference Electrode.
3. Solid State Sensor design, can be directly immersed in liquid for measurement.
4. Epoxy resin shell, sturdy and durable, not easy to break.
Principle
The Electrode is based on ion-selective membrane technology, and its membrane has a specific response to ammonium ions. When the Electrode is immersed in the solution to be tested, the change in membrane potential is related to the activity (concentration) of ammonium ions in the solution. By measuring this potential difference, the concentration of ammonium ions can be calculated.
Applications
Water quality analysis, environment monitoring, industrial process control, laboratory research
Standards
The information does not mention
Steps
1. Connect the Electrode to a compatible ion meter or pH/mV meter via a BNC connector.
2. Counter electrode calibrated using standard solution.
3. Immerse the Sensor portion of the Electrode in the sample solution to be tested.
4. Wait for the reading to stabilize and record the measurement result.
5. After the measurement is completed, clean the Electrode with deionized water and store it according to the instructions.
Notice
Please read the instrument manual carefully before use.
• Electrode needs to be calibrated regularly with a standard solution to ensure measurement accuracy.
• Electrode film to avoid physical scratching or contamination.
• Make sure the Electrode Sensor is completely immersed below the liquid level during measurement.
• Electrode should be cleaned and properly stored as required after use.
• Do not soak in strong acid, alkali or corrosion solution for a long time.
• Electrode life is affected by use and storage conditions, and replacement should be considered when performance decreases.
