Myron L (532M1) 0-50, 500, 5000 MS
532M1 Triple-Range TDS Meter
Three-Range Testing for Complete System Analysis
Measure Source Water
Test incoming tap or well water to establish baseline TDS levels before treatment, typically on the 500 or 5000 ppm range depending on source quality.
Electrical Measurement
The 532M1 measures electrical conductivity in the water sample, which correlates directly to dissolved mineral content and contamination levels.
TDS Calculation
Conductivity readings are automatically converted to parts per million Total Dissolved Solids for easy interpretation and comparison.
Test Treated Water
Measure product water on the 0-50 ppm range to confirm your RO membrane or distillation system is effectively removing dissolved solids.
Membrane Performance
Compare before and after readings to calculate rejection rate and assess membrane condition for service and replacement planning.
Application Range
The Myron L 532M1 works with all point-of-use reverse osmosis systems, countertop and commercial distillers, and membrane filtration equipment. The three measurement ranges (0-50, 500, and 5000 ppm) cover everything from high-purity product water verification to heavily contaminated source water analysis. Ideal for installation technicians, service professionals, and water treatment dealers who need to demonstrate system performance or diagnose membrane fouling issues in the field.
532M1 Triple-Range TDS Meter
Three-Range Testing for Complete System Analysis
Measure Source Water
Test incoming tap or well water to establish baseline TDS levels before treatment, typically on the 500 or 5000 ppm range depending on source quality.
Electrical Measurement
The 532M1 measures electrical conductivity in the water sample, which correlates directly to dissolved mineral content and contamination levels.
TDS Calculation
Conductivity readings are automatically converted to parts per million Total Dissolved Solids for easy interpretation and comparison.
Test Treated Water
Measure product water on the 0-50 ppm range to confirm your RO membrane or distillation system is effectively removing dissolved solids.
Membrane Performance
Compare before and after readings to calculate rejection rate and assess membrane condition for service and replacement planning.
Application Range
The Myron L 532M1 works with all point-of-use reverse osmosis systems, countertop and commercial distillers, and membrane filtration equipment. The three measurement ranges (0-50, 500, and 5000 ppm) cover everything from high-purity product water verification to heavily contaminated source water analysis. Ideal for installation technicians, service professionals, and water treatment dealers who need to demonstrate system performance or diagnose membrane fouling issues in the field.
Description
532M1 Triple-Range TDS Meter
Three-Range Testing for Complete System Analysis
Measure Source Water
Test incoming tap or well water to establish baseline TDS levels before treatment, typically on the 500 or 5000 ppm range depending on source quality.
Electrical Measurement
The 532M1 measures electrical conductivity in the water sample, which correlates directly to dissolved mineral content and contamination levels.
TDS Calculation
Conductivity readings are automatically converted to parts per million Total Dissolved Solids for easy interpretation and comparison.
Test Treated Water
Measure product water on the 0-50 ppm range to confirm your RO membrane or distillation system is effectively removing dissolved solids.
Membrane Performance
Compare before and after readings to calculate rejection rate and assess membrane condition for service and replacement planning.
Application Range
The Myron L 532M1 works with all point-of-use reverse osmosis systems, countertop and commercial distillers, and membrane filtration equipment. The three measurement ranges (0-50, 500, and 5000 ppm) cover everything from high-purity product water verification to heavily contaminated source water analysis. Ideal for installation technicians, service professionals, and water treatment dealers who need to demonstrate system performance or diagnose membrane fouling issues in the field.
