Myron L (CS52) Conductivity Cell (CS52) (Ranges > 20,000 MS)
CS52 Cell Core Features
Construction & Installation Specs
| Model Number | CS52 (Myron L) |
| Wetted Body Material | 316 Stainless Steel |
| Wetted Polymer Material | Teflon (PTFE) |
| Seal Configuration | Dual EPR O-ring, staged protection |
| Temperature Element | Integral for automatic compensation |
| Process Connection | 3/4" NPT swage fitting (reversible for submersion) |
| Standard Lead Length | 10 feet (3 meters) |
Where the CS52 Cell Works
The Myron L CS52 is engineered for high-conductivity water monitoring in industrial process lines, boiler feedwater systems, cooling towers, and wastewater streams where total dissolved solids exceed typical ranges. The reversible NPT fitting allows inline installation through pipe or tank walls, or standpipe mounting for submersion in open tanks or reservoirs. Dual O-ring sealing provides chemical resistance and long-term reliability in harsh water chemistry environments. Compatible with Myron L conductivity meters and controllers that support high-range EC cells. Ideal for applications requiring continuous monitoring of concentrated brine, reverse osmosis reject streams, or heavily mineralized process water.
CS52 Cell Core Features
Construction & Installation Specs
| Model Number | CS52 (Myron L) |
| Wetted Body Material | 316 Stainless Steel |
| Wetted Polymer Material | Teflon (PTFE) |
| Seal Configuration | Dual EPR O-ring, staged protection |
| Temperature Element | Integral for automatic compensation |
| Process Connection | 3/4" NPT swage fitting (reversible for submersion) |
| Standard Lead Length | 10 feet (3 meters) |
Where the CS52 Cell Works
The Myron L CS52 is engineered for high-conductivity water monitoring in industrial process lines, boiler feedwater systems, cooling towers, and wastewater streams where total dissolved solids exceed typical ranges. The reversible NPT fitting allows inline installation through pipe or tank walls, or standpipe mounting for submersion in open tanks or reservoirs. Dual O-ring sealing provides chemical resistance and long-term reliability in harsh water chemistry environments. Compatible with Myron L conductivity meters and controllers that support high-range EC cells. Ideal for applications requiring continuous monitoring of concentrated brine, reverse osmosis reject streams, or heavily mineralized process water.
Description
CS52 Cell Core Features
Construction & Installation Specs
| Model Number | CS52 (Myron L) |
| Wetted Body Material | 316 Stainless Steel |
| Wetted Polymer Material | Teflon (PTFE) |
| Seal Configuration | Dual EPR O-ring, staged protection |
| Temperature Element | Integral for automatic compensation |
| Process Connection | 3/4" NPT swage fitting (reversible for submersion) |
| Standard Lead Length | 10 feet (3 meters) |
Where the CS52 Cell Works
The Myron L CS52 is engineered for high-conductivity water monitoring in industrial process lines, boiler feedwater systems, cooling towers, and wastewater streams where total dissolved solids exceed typical ranges. The reversible NPT fitting allows inline installation through pipe or tank walls, or standpipe mounting for submersion in open tanks or reservoirs. Dual O-ring sealing provides chemical resistance and long-term reliability in harsh water chemistry environments. Compatible with Myron L conductivity meters and controllers that support high-range EC cells. Ideal for applications requiring continuous monitoring of concentrated brine, reverse osmosis reject streams, or heavily mineralized process water.
