| Brand |
Sensorex |
|---|
CS675HTTC Stainless Steel High Temperature Conductivity Sensor (3/4″)
- Ideal for boiler applications: Sensor is easily mounted in 3/4″ cross
- True industrial-grade sensor: 316 stainless steel construction with thermally-resistant materials
Additional information
Description
Description
This stainless steel conductivity sensor is ideal for heavy-duty industrial and boiler applications. It is built for usage in 3/4″ NPT openings. Featuring thermally-resistant PEEK insert and high temperature sealing rings for demanding applications. Supplied with 6″ PTFE coated leads for junction box connection and extension (not included). For use with CX3000 Online Conductivity Transmitter/Controller for boiler applications or CX2000 Online Conductivity Transmitter/Controller for industrial control of conductivity and total dissolved solids (TDS).
- Ideal for boiler applications: Sensor is easily mounted in 3/4″ cross
- True industrial-grade sensor: 316 stainless steel construction with thermally-resistant materials
- Automatic temperature compensation (ATC): Reliable conductivity measurement across wide range of temperatures
- Configurable cell constant: Match the sensor to your hardware configuration for simple integration
- One year limited warranty: We stand behind all our products with the Sensorex Guarantee
Specifications
Specifications
- Materials: 316 Stainless steel body and pins with PEEK Insulator and Ethylene Propylene O-rings
- Temperature Range: 0-200⁰ C
- Pressure Range: 0-250 PSIG
- Cell Constants: K=0.1, K=1.0, or K=10
- Wire Leads: 6″ PTFE coated leads
- Warranty: One year limited warranty
About brand
Sensorex specializes in the design and manufacture of pH electrodes, ORP electrodes, conductivity and TDS sensors, and other electrochemical and optical measurement technologies. They have introduced some ground-breaking technologies since their initial launch in 1972, and today, remain focused on the continual advancement of water quality monitoring products for virtually all industry segments.
