The Cole-Parmer High Temperature Conductivity Cell K=10 No ATC is designed for rugged, high-pressure, and high-temperature conductivity measurements without automatic temperature compensation. Suitable for in-line or submersion use, this sensor withstands pressures up to 250 psi and temperatures up to 392°F (200°C). Made with 316 stainless steel, it offers excellent chemical resistance and durability. The threaded ¾” NPT electrode body enables easy mounting and is ideal for boiler or ultrapure water applications.
Product Features
- Rugged sensors withstand high pressure and temperature
- Designed for in-line or submersion conductivity measurements in processes that generate up to 250 psi and 392°F (200°C)
- 316 stainless steel construction provides excellent chemical compatibility
- No automatic temperature compensation (No ATC)
- Cole-Parmer industrial conductivity cells designed for high performance in harsh conditions
- Stainless steel construction resists aggressive chemicals, high pressures, and high temperatures
- Threaded ¾” NPT electrode bodies allow for in-line or submersion mounting
- Well-suited for boiler or ultrapure water applications
Benefits
- Reliable performance in harsh chemical and thermal environments
- Durable corrosion-resistant stainless steel construction
- Ideal for applications where temperature compensation is managed externally
- Flexible installation with threaded NPT mounting
Why Choose This Cole-Parmer High Temperature Conductivity Cell K=10 No ATC?
The Cole-Parmer High Temperature Conductivity Cell K=10 No ATC offers durability and precision in demanding industrial processes without built-in temperature compensation. Its robust stainless steel body and high-temperature rating make it ideal for accurate conductivity measurement in extreme environments where external temperature compensation is used.
