Myron L (754II-11) Digital Monitor Only; 220V
754II-11 Monitor Technical Specs
Construction & Configuration
| Model Number | Myron L 754II-11 |
| Voltage Configuration | 220V (international standard) |
| Wetted Construction | 316 stainless steel body, Teflon seals |
| Seal Design | Double EPR O-ring with staged protection |
| Connection Type | Bored through swage, 3/4" NPT male thread |
| Installation Options | Inline mount or reversed standpipe submersion |
| Package Contents | Monitor unit only, sensor sold separately |
Industrial Water Quality Monitoring
The Myron L 754II-11 monitor is designed for continuous process monitoring in industrial water treatment, reverse osmosis systems, cooling towers, and chemical processing applications. The dual O-ring system provides exceptional reliability in harsh environments—the first EPR O-ring absorbs chemical exposure while the second maintains sealing integrity. The reversible 3/4" NPT fitting allows flexible installation either threaded into process lines and tanks, or inverted onto a standpipe for submersion monitoring in reservoirs and holding tanks. Automatic temperature compensation ensures accurate readings across varying process conditions. Note that this is a monitor-only unit; compatible Myron L sensors must be purchased separately based on your specific measurement parameters (conductivity, resistivity, TDS, or other water quality metrics).
754II-11 Monitor Technical Specs
Construction & Configuration
| Model Number | Myron L 754II-11 |
| Voltage Configuration | 220V (international standard) |
| Wetted Construction | 316 stainless steel body, Teflon seals |
| Seal Design | Double EPR O-ring with staged protection |
| Connection Type | Bored through swage, 3/4" NPT male thread |
| Installation Options | Inline mount or reversed standpipe submersion |
| Package Contents | Monitor unit only, sensor sold separately |
Industrial Water Quality Monitoring
The Myron L 754II-11 monitor is designed for continuous process monitoring in industrial water treatment, reverse osmosis systems, cooling towers, and chemical processing applications. The dual O-ring system provides exceptional reliability in harsh environments—the first EPR O-ring absorbs chemical exposure while the second maintains sealing integrity. The reversible 3/4" NPT fitting allows flexible installation either threaded into process lines and tanks, or inverted onto a standpipe for submersion monitoring in reservoirs and holding tanks. Automatic temperature compensation ensures accurate readings across varying process conditions. Note that this is a monitor-only unit; compatible Myron L sensors must be purchased separately based on your specific measurement parameters (conductivity, resistivity, TDS, or other water quality metrics).
Original: $1,000.50
-65%$1,000.50
$350.17Description
754II-11 Monitor Technical Specs
Construction & Configuration
| Model Number | Myron L 754II-11 |
| Voltage Configuration | 220V (international standard) |
| Wetted Construction | 316 stainless steel body, Teflon seals |
| Seal Design | Double EPR O-ring with staged protection |
| Connection Type | Bored through swage, 3/4" NPT male thread |
| Installation Options | Inline mount or reversed standpipe submersion |
| Package Contents | Monitor unit only, sensor sold separately |
Industrial Water Quality Monitoring
The Myron L 754II-11 monitor is designed for continuous process monitoring in industrial water treatment, reverse osmosis systems, cooling towers, and chemical processing applications. The dual O-ring system provides exceptional reliability in harsh environments—the first EPR O-ring absorbs chemical exposure while the second maintains sealing integrity. The reversible 3/4" NPT fitting allows flexible installation either threaded into process lines and tanks, or inverted onto a standpipe for submersion monitoring in reservoirs and holding tanks. Automatic temperature compensation ensures accurate readings across varying process conditions. Note that this is a monitor-only unit; compatible Myron L sensors must be purchased separately based on your specific measurement parameters (conductivity, resistivity, TDS, or other water quality metrics).
