Milwaukee Benchtop Meter (MW170) EC/TDS/Nacl/Temperature

The Milwaukee MW170 benchtop meter is a reliable, accurate and versatile instrument designed to meet the needs of EC/TDS/NaCl/Temperature measurement in applications such as indoor growing, hydroponics, water treatment and scientific research.

Its compact and robust design makes it ideal for laboratories, horticulture and education, ensuring accurate results with intuitive operation and advanced technology.

The MW170 offers an accuracy of ±1% of reading for EC/TDS and NaCl, as well as +/- 0.5 °C (+/-0.9 °F) for temperature. Thanks to its 1-point calibration for conductivity and salinity and 2-point calibration for temperature, this meter ensures reliable and consistent measurements even under challenging conditions.

It includes the MA814DB/1 conductivity probe with integrated temperature sensor, which automatically adjusts readings with thermal compensation (ATC), which is key in hydroponic growing applications and irrigation systems.

Built with high-quality materials, the MW170 is designed to withstand intensive use conditions. Its compact size makes it easy to integrate into small work benches, ideal for indoor growers who value space efficiency.

The laboratory-grade MA814DB/1 probe is low maintenance and easy to clean, perfect for managing nutrient solutions and irrigation water in hydroponic crops. Its design ensures a long life and accurate readings every time.

Features:

• Clear dual-level LCD display.
• Manual and automatic logging of up to 1000 data.
• USB port for downloading measurements.
• Built-in clock for detailed GLP (Good Laboratory Practice) monitoring.
• Simple and effective calibration for optimal results.

Tips for care and use:

• Cleaning: Keep the probe rings free of debris by regularly cleaning them with deionized water and a soft cloth.
• Storage: Store the probe dry and in a safe place to avoid damage.
• Calibration: Perform frequent calibrations to prevent damage. ensure the accuracy of your measurements, especially after long periods of inactivity.