Myron L (CS51-100) Conductivity Cell-100 FT.
CS51-100 Conductivity Cell with 100 FT Lead
Industrial-grade inline conductivity sensor for continuous water quality monitoring up to 20,000 µS
The Myron L CS51-100 Conductivity Cell is built for long-term inline process monitoring in demanding environments. With 316 stainless steel and Teflon wetted materials, dual O-ring sealing, and an integral temperature element for automatic compensation, this sensor delivers reliable conductivity readings in tanks, lines, or submersion applications.
Designed for Process Reliability
316 Stainless Steel and Teflon Construction
Wetted materials are 316 stainless steel and Teflon for chemical resistance and durability in process water applications up to 100°C.
Double O-Ring Protection
First EPR O-ring handles process interface, while the second O-ring maintains reliable sealing free from chemical attack for long-term leak protection.
Integral Temperature Element
Built-in temperature sensor provides automatic temperature compensation for accurate conductivity readings across varying process conditions.
Reversible 3/4" NPT Fitting
Bored-through swage 3/4" NPT fitting installs directly into lines or tanks, or reverses for standpipe submersion mounting. Standard 100 ft lead length.
Application Range
The CS51-100 is ideal for general purpose conductivity monitoring up to 20,000 µS/ppm in water treatment, process control, and industrial applications. Compatible with Myron L conductivity meters and controllers. Field replaceable design reduces downtime. Rated for pressures up to 100 PSI at temperatures up to 100°C. Use with tanks, pipelines, or submersion standpipes for flexible installation in RO systems, boiler feedwater, cooling towers, and wastewater monitoring.
CS51-100 Conductivity Cell with 100 FT Lead
Industrial-grade inline conductivity sensor for continuous water quality monitoring up to 20,000 µS
The Myron L CS51-100 Conductivity Cell is built for long-term inline process monitoring in demanding environments. With 316 stainless steel and Teflon wetted materials, dual O-ring sealing, and an integral temperature element for automatic compensation, this sensor delivers reliable conductivity readings in tanks, lines, or submersion applications.
Designed for Process Reliability
316 Stainless Steel and Teflon Construction
Wetted materials are 316 stainless steel and Teflon for chemical resistance and durability in process water applications up to 100°C.
Double O-Ring Protection
First EPR O-ring handles process interface, while the second O-ring maintains reliable sealing free from chemical attack for long-term leak protection.
Integral Temperature Element
Built-in temperature sensor provides automatic temperature compensation for accurate conductivity readings across varying process conditions.
Reversible 3/4" NPT Fitting
Bored-through swage 3/4" NPT fitting installs directly into lines or tanks, or reverses for standpipe submersion mounting. Standard 100 ft lead length.
Application Range
The CS51-100 is ideal for general purpose conductivity monitoring up to 20,000 µS/ppm in water treatment, process control, and industrial applications. Compatible with Myron L conductivity meters and controllers. Field replaceable design reduces downtime. Rated for pressures up to 100 PSI at temperatures up to 100°C. Use with tanks, pipelines, or submersion standpipes for flexible installation in RO systems, boiler feedwater, cooling towers, and wastewater monitoring.
Description
CS51-100 Conductivity Cell with 100 FT Lead
Industrial-grade inline conductivity sensor for continuous water quality monitoring up to 20,000 µS
The Myron L CS51-100 Conductivity Cell is built for long-term inline process monitoring in demanding environments. With 316 stainless steel and Teflon wetted materials, dual O-ring sealing, and an integral temperature element for automatic compensation, this sensor delivers reliable conductivity readings in tanks, lines, or submersion applications.
Designed for Process Reliability
316 Stainless Steel and Teflon Construction
Wetted materials are 316 stainless steel and Teflon for chemical resistance and durability in process water applications up to 100°C.
Double O-Ring Protection
First EPR O-ring handles process interface, while the second O-ring maintains reliable sealing free from chemical attack for long-term leak protection.
Integral Temperature Element
Built-in temperature sensor provides automatic temperature compensation for accurate conductivity readings across varying process conditions.
Reversible 3/4" NPT Fitting
Bored-through swage 3/4" NPT fitting installs directly into lines or tanks, or reverses for standpipe submersion mounting. Standard 100 ft lead length.
Application Range
The CS51-100 is ideal for general purpose conductivity monitoring up to 20,000 µS/ppm in water treatment, process control, and industrial applications. Compatible with Myron L conductivity meters and controllers. Field replaceable design reduces downtime. Rated for pressures up to 100 PSI at temperatures up to 100°C. Use with tanks, pipelines, or submersion standpipes for flexible installation in RO systems, boiler feedwater, cooling towers, and wastewater monitoring.
