Handheld Conductivity Meter with EC Probe, 0PH-14PH

This advanced handheld conductivity meter is engineered to deliver laboratory-grade accuracy in a rugged, field-ready design. Seamlessly integrating a high-sensitivity EC probe, this versatile conductivity tester provides comprehensive measurements far beyond simple conductivity, making it an indispensable ec meter for professionals across various industries. 

Feature

• Automated Operation: This handheld conductivity meter automatically stabilizes readings and provides automatic temperature compensation (ATC/MTC), ensuring consistent results from your EC probe.
• Simple Calibration: The conductance meter supports one-point, two-point, and three-point calibration with options for JG/NIST standard solutions, making setup quick and easy.
• Data Storage Function: Stores up to 99 measurement data sets, allowing you to easily track and review historical readings from the conductivity tester.
• Excellent Stability: Engineered for reliable performance, this ec meter delivers consistent readings in various environmental conditions.
• Compact & Portable: Its small size and lightweight design make this portable PH and conductivity meter perfect for on-the-go testing.

Specification

Applications

This portable PH conductivity meter is widely used for water quality testing in environmental monitoring, aquaculture, hydroponics, and wastewater treatment. It serves as a vital electrical conductivity meter in laboratories and educational settings, suitable for measuring conductivity, TDS, salinity, and resistivity in various liquids. It's the perfect conduction meter for professionals and researchers who need a versatile tool.

Tips: What factors can affect conductivity readings?

• Temperature: Readings from your ec tester can vary with temperature changes. Using automatic temperature compensation (ATC) is crucial for accuracy.
• Contamination: Residues or impurities on the EC probe can skew results. Regular cleaning and calibration of your conductivity moisture meter are essential.
• Calibration Frequency: Infrequent calibration can lead to drift and inaccuracies. Ensure your conduction meter is calibrated regularly with appropriate standard solutions.
• Electrode Condition: Wear and tear or damage to the probe can significantly impact performance. Inspect and maintain the electrode of your conductivity meter regularly.
• Sample Composition: High concentrations of specific ions or chemicals in the sample can influence the readings from your electrical conductivity meter.