Precision Glass Conductivity Electrode K=0.1 for Pure Water LS911C

The LS911C glass conductivity sensor is designed for precise analysis of pure water conductivity. With a chemically stable glass housing and a low cell constant (0.1±0.2 cm⁻¹), the LS911C glass conductivity sensor performs well in measuring conductivity below 10 μS/cm, providing high accuracy for applications in the power and semiconductor industries. When equipped with an optional glass flow cell, the interference from CO₂ in the environment can be eliminated effectively, further improving measurement accuracy. Its standard BNC connector allows for easy connection to a variety of conductivity measurement systems.
  • Low cell constant (0.1±0.2 cm⁻¹), specially designed for low conductivity samples (<10 μS/cm).
  • Durable glass housing provides excellent chemical resistance and long-term reliability.
  • Optional glass flow cell effectively removes atmospheric CO₂, improving measurement accuracy.
  • Equipped with standard BNC connector, compatible with a variety of conductivity meters.
  • Ideal for pure water conductivity analysis in the semiconductor manufacturing and power industries.
ParameterSpecification
Operating temperature range5 to 80℃ (Recommended temperature range: 5 ~ 50℃)
HousingGlass
Sensing Elementplatinum-black coating
Constant Cell0.1±0.2 cm⁻¹
SizeΦ12 × 155 mm
ConnectorBNC
Flow CellOptional
CableΦ3×1m
Temperature unitN/A

Specifications are subject to change without prior notice.

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