Pyxis CR-200 Wireless LPR Corrosion Rate Sensor
A truly wireless LPR corrosion rate sensor from Pyxis. Measure for General and Localized Corrosion Rate based on System Metallurgy at a scale of 0.001–10MPY. Truly wireless, Bluetooth® enabled sensor that offers wireless monitoring, configuration & calibration via the uPyxis app.
A truly wireless LPR corrosion rate sensor from Pyxis. Measure for General and Localized Corrosion Rate based on System Metallurgy at a scale of 0.001–10MPY. Truly wireless, Bluetooth® enabled sensor that offers wireless monitoring, configuration & calibration via the uPyxis app.
A truly wireless LPR corrosion rate sensor from Pyxis. Measure for General and Localized Corrosion Rate based on System Metallurgy at a scale of 0.001–10MPY. Truly wireless, Bluetooth® enabled sensor that offers wireless monitoring, configuration & calibration via the uPyxis app.
LPR Corrosion Sensors vs. Corrosion Coupons
LPR sensors, such as the CR-200, provide easy, affordable, and instant corrosion measurement. Furthermore LPR level reading represents the real-time electrochemical measurement of corrosion. Lastly measurements gathered from the CR-200 are instant and represent the “real-time conditioning” on an MPY scale based on the metallurgy being assessed.
Description
The CR-200 corrosion rate sensor is ideal for cooling and process water treatment monitoring where reliability and affordability are a must. The sensor utilizes the linear polarization resistance (LPR) method to produce a raw signal. The raw signal is conditioned, amplified and digitized directly in the sensor itself. This avoids the interferences of the raw signal caused by long distance wiring needed for other corrosion sensors. Next, our corrosion sensors measure sample water conductivity directly and compensate for the conductivity impact on LPR measurement. These unique product characteristics make the Pyxis Lab® LPR superior in performance and accuracy. In addition to the LPR measurement used to obtain the general corrosion rate, the CR-200 sensor also measure for electrochemical noise. Also, measured noise data is used to calculate an index to quantify the localized corrosion rate also referred to as pitting.
Typical Applications
Cooling & Process Water Monitoring
Domestic Water Monitoring
Features
Anti-Electromagnetic Interface (anti-EMI) Design with Stainless Steel Sensor Body
Modbus Support with Isolated RS-485 Communication
4–20mA Output
Battery Life up to 1 Year using Ultra-Low Power Design & Smart Power Management
Three O-Ring Grooves Positioned on Sensor Body for Insertion Depth Control
Bluetooth® Connectivity to uPyxis® App
Ultra-Low Corrosion Rate down to 0.001MPY
Accurately Measure Generalized Corrosion & Localized Corrosion Rate
