Insertion-type, stainless steel electrodes AC221
Last updated: 29 May 2025
536 Views

Safe operation and high process resistance
316L stainless steel body and PEEK insulator operates to
20 bar (290 psi) and 200 °C (392 °F)
Epoxy body and carbon electrodes to 6.6 bar (100 psi) and
100 °C (212 °F)
Easy installation and operation
Insertion, flow-through, immersion and submersible types
Problem-free cable connection
Plug-in connector eliminates incorrect connection and
tangled cables
Terminal head version for on-site adjustment of cable
length
Excellent for rapid changing processes
Fast integral temperature sensor
T90
under 30 seconds
Reduced maintenance
Easy to clean, removable electrode sheath
Wide range of applications
Power plants
Water treatment
Demineralization
Semiconductors
Pulp & paper
316L stainless steel body and PEEK insulator operates to
20 bar (290 psi) and 200 °C (392 °F)
Epoxy body and carbon electrodes to 6.6 bar (100 psi) and
100 °C (212 °F)
Easy installation and operation
Insertion, flow-through, immersion and submersible types
Problem-free cable connection
Plug-in connector eliminates incorrect connection and
tangled cables
Terminal head version for on-site adjustment of cable
length
Excellent for rapid changing processes
Fast integral temperature sensor
T90
under 30 seconds
Reduced maintenance
Easy to clean, removable electrode sheath
Wide range of applications
Power plants
Water treatment
Demineralization
Semiconductors
Pulp & paper
Related Content
A well deserved reputation for ruggedness, longevity and accuracy hallmark the TBX564 series industrial hot-tap retractable pH / redox sensors. The sensors are easily applied to most industrial measurement needs. They are renowned for their ability to outperform conventional sensors in the industries' toughest process applications. Solid-state Next Step™ reference technology is the foundation for all TB(X)5 Series electrodes. The totally solid inner reference chamber is charged with potassium chloride (KCl). This non-liquid reference all but eliminates poisoning, plugging and pumping problems that plague conventional liquid, slurry and gel designs.
How the latest advances in dissolved
oxygen sensor technology are delivering
enhanced levels of accuracy and reliability


