Glass pH sensor tecLine pH

wastewaterwaterprocess water

Overview
The JUMO tecLine pH combination electrode measures pH in water and aqueous-based media for industrial and municipal process monitoring. It is designed for a wide range of process applications including wastewater, suspensions, paints and high-alkaline or high-temperature processes.

Highlights

• Material options suitable for regulatory and process requirements (including FDA-listed materials)
• Multiple diaphragm types for different media (ceramic, glass fiber, PTFE ring, annular gap, pinhole)
• Integrated temperature sensor and robust design for industrial use

General technical data (table)
Active part: UW glass (water and wastewater engineering); HA glass (strong alkaline media); HT glass (for temperatures > 80 °C); DS glass (biotech, pharmaceutical, food technology, sterilization); C glass (fluoridated/hydrofluoric media)
Diaphragm: Ceramic, glass fiber, PTFE ring, annular gap, or pinhole diaphragm
Temperature range: -5 to +135 °C
Pressure range: Up to 10 bar (at 50 °C)
Electrode head: VP plug head PG 13.5; screw head PG 13.5
Features: Plastic shaft, integrated temperature sensor, mechanical robustness for industrial applications
Area of application: Industrial and municipal water and wastewater technology, measurements in suspensions and paints/lacquers, low-ion fluids, high-alkaline/high-temperature/sterilization processes, fluoridated media, low-temperature applications

Specifications

• Active part materials: UW, HA, HT, DS, C glass (selected by application)
• Diaphragm types: ceramic; glass fiber; PTFE ring; annular gap; pinhole
• Temperature range: -5 to +135 °C
• Pressure rating: up to 10 bar (at 50 °C)
• Electrode head options: VP plug head PG 13.5; screw head PG 13.5
• Features: plastic shaft, integrated temperature sensor, suitable mechanical robustness for industrial environments
• Application areas: industrial and municipal water/wastewater, suspensions, paints/lacquers, low-ion fluids, high-alkaline/high-temperature/sterilization processes, fluoridated media