The Myron L Conductivity/TDS Meter from the TechPro II series offers a compact, easy-to-use solution for accurate water quality testing. Ideal for diverse applications including reverse osmosis, boilers, cooling towers, pools, spas, pulp and paper, and many other industries, this meter features a waterproof, floating housing and requires only a small 5 mL sample for reliable measurements. A clear LCD displays both conductivity or TDS values and sample temperature, with autoranging capability for greater resolution across a wide conductivity range.
Product Features
- Simple operation – rinse and fill cell cup and push button to display measurement
- Waterproof ABS housing that floats
- Push-button calibration
- Automatic temperature compensation to 25°C (77°F)
- The TechPro II series of meters provide conductivity/TDS measurements for applications such as boilers and cooling towers, reverse osmosis, pools and spas, pulp and paper, and many other industries
- The meters require only a 5-mL sample for conductivity measurements
- Both the temperature-compensated measurement of interest and the sample temperature is displayed on the four-digit LCD
- The meters have autoranging function for greater resolution of your conductivity measurements between 0 and 9999 µS or 10 to 20.00 mS
Benefits
- Quick, on-the-spot testing ideal for field or laboratory use
- Floating, rugged housing makes it suitable for harsh and wet environments
- Minimal sample volume reduces waste and simplifies testing
- Ensures accurate readings in varying temperature conditions
- Multi-use device reduces the need for separate TDS and conductivity meters
Why Choose the Myron L TechPro II Conductivity/TDS Meter?
Engineered for reliability and ease of use, the Myron L Conductivity/TDS Meter is an excellent choice for professionals needing fast, accurate water quality testing across industries. With a durable waterproof body, automatic temperature compensation, and push-button calibration, this meter is perfect for demanding environments where portability, efficiency, and precision are critical.
