Instant and accurate TDS tests
Electronic Internal Standard for easy field calibration
Fast Auto Temperature Compensation
Rugged design for years of trouble-free testing
Simple to use
AUTOMATIC TEMPERATURE COMPENSATION:
Why It Is Important
The graph below illustrates a TDS reading of a 500 ppm water sample tested with a non-temperature compensated conductivity meter. The same water sample appears to have a higher level of TDS when heated (and lower TDS when chilled). Actually, only conductivity readings change with temperature. TDS does not change.
Many instruments ignore the importance of temperature. Others require a separate thermometer for testing sample temperature, then manual adjustment of the meter. All Myron L instruments, however, feature fast and precise Automatic Temperature Compensation. The result: a more accurate, useful instrument.
HOW CONDUCTIVITY MEASURES ppm/TDS
Total Dissolved Solids (TDS) conduct electricity. This conductivity allows measurement of the concentration of these salts directly in parts per million (ppm). However, the salts composition in waters can vary significantly by location. Since various salts pass current differently, it was necessary to determine an average ppm/ conductivity relationship. The Myron L Company established the 442 Standard over 40 years ago. It remains the world's most widely accepted standard of its kind.
Myron L RO instruments have a Two (2) Year Limited Warranty. If an instrument fails to function normally, return it to the factory prepaid. If, in the opinion of the factory, failure was due to materials or workmanship, repair or replacement will be made without charge. A reasonable service charge will be made for diagnosis or repairs due to normal wear, abuse, or tampering. Warranty is limited to the repair or replacement of the Myron L instrument only. The Myron L Company assumes no other responsibility or liability.