The Cole-Parmer Conductivity Sensor PVDF uses innovative technology to eliminate polarization and electrode coating issues commonly faced in harsh environments. This rugged, low-maintenance, and non-fouling sensor ensures reliable conductivity measurements even under challenging process conditions.
Product Features
- Innovative technology eliminates polarization and electrode coating problems in harsh environments
- Rugged, low maintenance, non-fouling design
- Available in polypropylene, PVDF, PEEK, or PFA wetted materials
- Standard 20-ft integral cable for flexible installation
- Constructed with only one wetted, nonconductive material to electrically isolate the cell from process fluid
- Automatic internal temperature compensation ranging from 32 to 257°F (0 to 125°C)
- Measures conductivity from 0 to 200 µS up to 0 to 2,000,000 µS with maximum flow rate of 10 ft per second
- Includes a 20 ft, PTFE jacketed, five conductor integral cable rated up to 200°C
Benefits
- Eliminates common sensor issues like polarization, oily fouling, process coating, and contamination
- Durable and low-maintenance design reduces downtime and servicing costs
- Highly accurate readings due to electrical isolation preventing ground loops
- Wide conductivity measurement range suits various industrial applications
- Temperature compensation enhances measurement reliability across temperature variations
Why Choose the Cole-Parmer Conductivity Sensor PVDF?
The Cole-Parmer Conductivity Sensor PVDF is engineered for precision and durability in demanding environments. Its electrodeless design and choice of chemically resistant materials provide superior performance in applications requiring accurate conductivity monitoring with minimal maintenance.
