Submersion/Insertion pH/ORP Sensors - Models 396P and 396PVP
Source: Emerson
The reference junction provides an electrical
connection between the reference electrode and
the sample, and helps maintain a stable reference
potential, regardless of the change in sample pH. The
TUpH reference electrode junction, (the entire plastic tip
surrounding the glass pH electrode), maintains a steady
reference signal even in the dirtiest of applications
because it resists plugging (a common cause of pH signal
drift).
Click Here To Download:
•Datasheet: Submersion/Insertion pH/ORP Sensors - Models 396P and 396PVP
•Brochure: Power Industry Solutions From Emerson Process Management, Rosemount Analytical Liquid
The TUpH Reference Technology includes a large area reference junction for minimum maintenance requirements: The reference junction provides an electrical connection between the reference electrode and the sample, and helps maintain a stable reference potential, regardless of the change in sample pH. The TUpH reference electrode junction, (the entire plastic tip surrounding the glass pH electrode), maintains a steady reference signal even in the dirtiest of applications because it resists plugging (a common cause of pH signal drift). This large reference junction area is made of micron sized reference pathways used for ionic exchange so it resists plugging by large particles and will continue to send a steady pH signal, even in the dirtiest of applications. The TUpH reference junction technology has been field-proven for minimum maintenance requirements.
•Datasheet: Submersion/Insertion pH/ORP Sensors - Models 396P and 396PVP
•Brochure: Power Industry Solutions From Emerson Process Management, Rosemount Analytical Liquid
•Datasheet: Submersion/Insertion pH/ORP Sensors - Models 396P and 396PVP
•Brochure: Power Industry Solutions From Emerson Process Management, Rosemount Analytical Liquid
The TUpH Reference Technology includes a large area reference junction for minimum maintenance requirements: The reference junction provides an electrical connection between the reference electrode and the sample, and helps maintain a stable reference potential, regardless of the change in sample pH. The TUpH reference electrode junction, (the entire plastic tip surrounding the glass pH electrode), maintains a steady reference signal even in the dirtiest of applications because it resists plugging (a common cause of pH signal drift). This large reference junction area is made of micron sized reference pathways used for ionic exchange so it resists plugging by large particles and will continue to send a steady pH signal, even in the dirtiest of applications. The TUpH reference junction technology has been field-proven for minimum maintenance requirements.
The TUpH helical reference pathway stops reference poisoning. Ions diffuse through the reference pathways and a charge is passed to the reference element. The reference element must be protected from contamination by poisoning ions such as sulfide, mercury, cyanide, and ammonia or else the pH signal will drift. The TupH sensor's long internal helical reference pathway hinders and slows down the rate of contaminants migrating to the reference element therefore providing for a longer sensor life.
FEATURES:
- Wetted Materials: Polypropylene, EPDM, glass, titanium pH Glass Style: Flat or Hemi bulb
- Insertion Depth: 2.5 inches to 5 inches (6.3 cm to 12.7 cm)
- Sensor Design: Threaded connection for in-line or submersion mounting
- Electrical Connection: Integral cable or VP connector
- Temperature Compensation: 3K or Pt100
- Operating Temperature: up to 100°C (212°F)
- Operating Pressure: up to 150 psig (1138 kPa [abs])
Click Here To Download:
•Datasheet: Submersion/Insertion pH/ORP Sensors - Models 396P and 396PVP
•Brochure: Power Industry Solutions From Emerson Process Management, Rosemount Analytical Liquid
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