pH / Redox (ORP) Sensing System TBX561
A well deserved reputation for ruggedness, longevity and accuracy hallmark the TB(X)5 Series 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 potium chloride (KCl). This non-liquid reference all but eliminates poisoning, plugging and pumping problems that plague conventional liquid, slurry and gel designs.- Next Step™ Solid State reference
- Advantage™ Series with solution ground rod
- Comprehensive selection of measuring electrodes
- Combination style construction
- Insertion, submersion, flow-through and hot-tap
- Integral potted cable
- Comprehensive selection of wetted materials
- Operating temperatures up to 140 °C (284 °F)
- Operating pressures up to 17 bar (250 psi) and higher
pH / Redox (ORP) Sensing System TBX564
A well deserved reputation for ruggedness, longevity and accuracy hallmark the TB(X)5 Series 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 potium chloride (KCl). This non-liquid reference all but eliminates poisoning, plugging and pumping problems that plague conventional liquid, slurry and gel designs.- Next Step™ Solid State reference
- Advantage™ Series with solution ground rod
- Comprehensive selection of measuring electrodes
- Combination style construction
- Insertion, submersion, flow-through and hot-tap
- Integral potted cable
- Comprehensive selection of wetted materials
- Operating temperatures up to 140 °C (284 °F)
- Operating pressures up to 17 bar (250 psi) and higher
pH / Redox (ORP) Sensing System TBX567
A well deserved reputation for ruggedness, longevity and accuracy hallmark the TB(X)5 Series 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 potium chloride (KCl). This non-liquid reference all but eliminates poisoning, plugging and pumping problems that plague conventional liquid, slurry and gel designs.- Next Step™ Solid State reference
- Advantage™ Series with solution ground rod
- Comprehensive selection of measuring electrodes
- Combination style construction
- Insertion, submersion, flow-through and hot-tap
- Integral potted cable
- Comprehensive selection of wetted materials
- Operating temperatures up to 140 °C (284 °F)
- Operating pressures up to 17 bar (250 psi) and higher
Endura pH / Redox (ORP) Sensor TBX587
TheEndura pH / Redox (ORP) Sensor TBX587is the latest addition to our comprehensive industrial pH sensor product line. This new pH sensor uses the familiar solid state Next Step Reference design offered in our TB5 and TBX5 product lines.TheEndura pH / Redox (ORP) Sensor TBX587targets smaller 1 in. process connections found in sample lines in refineries, chemical plants, and other industrial applications. This product, combined with the successful TB(X)557 retractable sensor, TB(X)564 high pressure sensor, and the TB18 Safe-T-Clean valve allows ABB to address nearly any insertion sensor installation.
New features with the TBX587 include:
- Smaller sensor body for use in 1 in. NPT installations
- Quick response thermocompensator for improved pH accuracy
- Optional Vario Pin quick disconnect cable connector
- Simplified model number nomenclature
- “T” style insertion handle for easy sensor insertion and retraction
