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WH268 High-Temperature Pure Water pH Sensor

Optimized for Power Generation & Boiler Water Systems

Industry-Leading Performance in Pure Water Applications

The WH268 high-temperature pH electrode delivers unmatched reliability in pure water environments up to 130°C (266°F). Its specialized low-conductivity design maintains precision in ultra-pure water (5-300 μS/cm) where conventional electrodes fail.

Core Technology Advantages

Pure Water Measurement Expertise

  • Patented low-resistance HL glass membrane for superior low-ionic-strength response
  • GFT polymer gel electrolyte formulated specifically for high-temperature pure water
  • <50MΩ membrane resistance ensures stable readings in low-conductivity media

Built for Demanding Industrial Environments

  • Withstands continuous 130°C operation with <30 second response time
  • Double-junction design prevents reference contamination in pure water
  • IP68-rated waterproof construction for harsh plant conditions

Technical Specifications

Measurement ParameterPerformance Specification
pH Range0–14 pH
Temperature Range0-130°C (266°F)
 Conductivity Range 5-300 μS/cm
Maximum Pressure 6 bar (87 psi)
Temps de réponse <30 seconds
Membrane TypeHL low-resistance glass

Industry Applications

Power Generation

  • Boiler feedwater monitoring
  • Steam cycle chemistry control
  • Condensate polishing systems

Industrial Water Treatment

  • High-purity water production
  • Pharmaceutical water systems
  • Semiconductor ultrapure water

Custom Engineering Options

Configuration Flexibility

  • Multiple insertion depths: 120mm to 425mm
  • Cable options: S8/S8M/S7/P/K8S/K2 (up to 60m)
  • Temperature compensation: NTC/PT100/PT1000

Performance Enhancements

  • Triple ceramic junction upgrade
  • Schott glass body option
  • Custom electrolyte formulations

Why Professionals Choose WH268

  1. Proven Reliability - Trusted by major power plants worldwide
  2. Superior Accuracy- Maintains calibration 3x longer than standard electrodes
  3. Reduced Maintenance- Specialized design minimizes fouling in pure water

For application engineering support or volume pricing:

Contact Our Technical Team