Myron L (CS51-PV) Conductivity Cell; 1-2" PVDF
CS51-PV Conductivity Cell with 1/2" PVDF Connection
Dual-Seal Protection for Continuous Monitoring
Primary EPR O-Ring Interface
First O-ring bears direct process exposure and chemical contact, protecting the secondary seal from degradation over time.
Secondary O-Ring Backup
Second O-ring maintains reliable sealing in a protected environment, ensuring long-term integrity even in aggressive water chemistry.
Conductivity Detection with ATC
316 stainless steel electrodes measure conductivity while integral temperature element provides automatic compensation for accurate readings across temperature fluctuations.
10-Foot Lead Output
Standard 3-meter leads allow flexible installation distance between the CS51-PV cell and Myron L monitoring or control equipment.
Installation Configurations
The CS51-PV process connection uses a bored-through swage fitting with 3/4" NPT threads as standard. Install directly into a process line or tank wall for in-line monitoring, or reverse the fitting and connect to a standpipe for submersion configurations in open tanks or sumps. The 1/2" PVDF designation refers to the nominal pipe size compatibility. Wetted materials of 316 stainless steel and Teflon provide compatibility with most water treatment chemicals including chlorine, acids, and alkalis within standard concentration and temperature limits.
CS51-PV Conductivity Cell with 1/2" PVDF Connection
Dual-Seal Protection for Continuous Monitoring
Primary EPR O-Ring Interface
First O-ring bears direct process exposure and chemical contact, protecting the secondary seal from degradation over time.
Secondary O-Ring Backup
Second O-ring maintains reliable sealing in a protected environment, ensuring long-term integrity even in aggressive water chemistry.
Conductivity Detection with ATC
316 stainless steel electrodes measure conductivity while integral temperature element provides automatic compensation for accurate readings across temperature fluctuations.
10-Foot Lead Output
Standard 3-meter leads allow flexible installation distance between the CS51-PV cell and Myron L monitoring or control equipment.
Installation Configurations
The CS51-PV process connection uses a bored-through swage fitting with 3/4" NPT threads as standard. Install directly into a process line or tank wall for in-line monitoring, or reverse the fitting and connect to a standpipe for submersion configurations in open tanks or sumps. The 1/2" PVDF designation refers to the nominal pipe size compatibility. Wetted materials of 316 stainless steel and Teflon provide compatibility with most water treatment chemicals including chlorine, acids, and alkalis within standard concentration and temperature limits.
Description
CS51-PV Conductivity Cell with 1/2" PVDF Connection
Dual-Seal Protection for Continuous Monitoring
Primary EPR O-Ring Interface
First O-ring bears direct process exposure and chemical contact, protecting the secondary seal from degradation over time.
Secondary O-Ring Backup
Second O-ring maintains reliable sealing in a protected environment, ensuring long-term integrity even in aggressive water chemistry.
Conductivity Detection with ATC
316 stainless steel electrodes measure conductivity while integral temperature element provides automatic compensation for accurate readings across temperature fluctuations.
10-Foot Lead Output
Standard 3-meter leads allow flexible installation distance between the CS51-PV cell and Myron L monitoring or control equipment.
Installation Configurations
The CS51-PV process connection uses a bored-through swage fitting with 3/4" NPT threads as standard. Install directly into a process line or tank wall for in-line monitoring, or reverse the fitting and connect to a standpipe for submersion configurations in open tanks or sumps. The 1/2" PVDF designation refers to the nominal pipe size compatibility. Wetted materials of 316 stainless steel and Teflon provide compatibility with most water treatment chemicals including chlorine, acids, and alkalis within standard concentration and temperature limits.
