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Pure Water Conductivity Electrode APERA DJS-0.1-C

Fiyat Sorunuz

High-precision conductivity electrode (K=0.1) designed for purified and ultra-pure water measurements with CO2-free glass flow cell

  • Glass flow cell design eliminates CO2 atmospheric interference
  • Platinum chip sensor for high precision and accuracy
  • Ideal for low-range conductivity measurements (0-200 µS/cm)
  • Cell constant K = 0.1 for pure water applications
  • 1 meter cable with BNC connector
  • Compatible with most conductivity meters and analyzers

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The APERA DJS-0.1-C Conductivity Electrode (K = 0.1) is engineered for accurate conductivity measurements in purified water and ultra-pure water applications. Equipped with a glass flow cell that eliminates atmospheric CO2 interference, this electrode features a high-precision platinum chip sensor design delivering superior accuracy across low-range conductivity solutions (0-200 µS/cm). With 1m cable length and BNC connector, it provides reliable performance for laboratory and industrial water quality analysis. Temperature probe not included; users must employ a separate temperature probe or manually input temperature values for temperature compensation.

Technical Specifications

Model APERA DJS-0.1-C
Cell Constant (K) 0.1
Measurement Range 0-200 µS/cm
Sensor Type Platinum Chip
Flow Cell Type Glass Flow Cell
Cable Length 1 m
Connector Type BNC
Application Purified and ultra-pure water analysis

Applications

  • Ultra-pure water quality verification
  • Pharmaceutical grade water testing
  • Laboratory water purity analysis
  • Industrial water treatment monitoring
  • Purification system validation
  • Distilled and deionized water measurement
  • Semiconductor manufacturing water analysis

Frequently Asked Questions

Is a temperature probe included with this electrode?
No, the temperature probe is not included. For temperature compensation, users must either connect a separate temperature probe to the meter or manually input temperature values.
What does the K value of 0.1 represent?
The cell constant (K = 0.1) indicates this electrode is optimized for low-conductivity solutions, making it ideal for pure water and ultra-pure water measurements.
Why is the glass flow cell important?
The glass flow cell design prevents atmospheric CO2 from dissolving into the water sample, which would artificially increase conductivity readings and compromise measurement accuracy.
What is the maximum measurable conductivity range?
This electrode is designed for low-range measurements up to 200 µS/cm, making it unsuitable for high-conductivity solutions.