2-electrode sensor is extremely accurate and can be used in pure and ultrapure water applications
2-electrode sensor is a highly accurate conductivity cell for pure and ultrapure water applications
2-electrode sensor is designed to meet the requirements of sanitary applications
Compact design and top performance, shaft material offers high resistivity against aggressive solutions
4-electrode sensor is suitable for CIP/SIP applications in the pharmaceutical and food & beverage industries
4-electrode sensor is suitable for CIP/SIP applications in the pharmaceutical and food & beverage industries, 1.5" or 2" TriClamp flange
4-electrode sensor is used in medium/high conductivity applications where the chemical compatibility of the material is critical
4-electrode sensor is used in medium/high conductivity applications ranging from drinking water to industrial wastewater, 1" thread
Highly accurate, cost efficient 2-electrode sensor is designed for all water purification applications in the chemical industry
PEEK is highly resistant to aggressive chemicals and may be used for most routine applications
Electrodeless sensor made of PEEK is highly resistant to aggressive chemicals and suitable for applications in hazardous areas
Electrodeless sensor is highly resistant to aggressive chemicals
Highly repeatable accuracy due to patent pending calibration system
Greater than 20% improved accuracy over analog sensors
Durable 2- and 4-electrode sensors for pure, pharmaceutical, rinse, and highly conductive waters
Designed for cleaning solutions with conductivity ranges from 0-200 up to 0-2,000,000 microSiemens/cm and temperature compensated over a range of 0° and 175°C
Operational range from 0-2,000,000 microSiemens/cm and temperature compensation over a range of 0° and 150°C, integral PT1000 sensor
Provides assurance of water purity to maximize power production and minimize corrosion