Conductivity is used to measure the ability of an aqueous solution to carry an electrical current, it commonly used to determine concentration of solution, detect contaminants and determine the purity of water. Bante Instruments provides many type of multi-range and multi-parameter conductivity meters for field or laboratory applications.
Products
Conductivity Meters
ECscan30 conductivity tester is a multi-parameter meter which used to measures the conductivity and TDS of liquids. Features: Standard platinum sensor provides fast and reliable measurements. Up to 3 points calibration allows user to uses customized calibration solutions. Adjustable TDS conversion factors. Automatic Temperature Compensation ensures highly accurate measurements over the entire range. Hold function freezes the current displayed value for easy viewing and recording. Setup menu lets user customize calibration points, temperature unit, automatic or manual hold function to meet personal preferences. Reset feature allows user to resume all of the default settings. Auto-power off feature helps you effectively conserve battery life. Replaceable electrode reduces maintenance and replacement cost. Waterproof feature to ensures complete protection in harsh environments.
ECscan20 conductivity tester is a multi-range meter which used to measures the conductivity of liquids. Features: Standard platinum sensor provides fast and reliable measurements. Up to 3 points calibration allows user to uses customized calibration solutions. Automatic Temperature Compensation ensures highly accurate measurements over the entire range. Hold function freezes the current displayed value for easy viewing and recording. Setup menu lets user customize calibration points, temperature unit, automatic or manual hold function to meet personal preferences. Reset feature allows user to resume all of the default settings. Auto-power off feature helps you effectively conserve battery life. Replaceable electrode reduces maintenance and replacement cost. Waterproof feature to ensures complete protection in harsh environments.
ECscan10H pocket conductivity tester is suitable for measuring the conductivity of high concentration liquids, e.g., salt water, wastewater, paint, etc. Features: Standard platinum sensor provides fast and reliable measurements. Single point calibration allows user to uses customized calibration solution. Automatic Temperature Compensation ensures high accuracy of measurements. Hold function freezes the current displayed value for easy viewing and recording. Auto-power off feature helps you effectively conserve battery life. Replaceable electrode reduces maintenance and replacement cost. Waterproof feature to ensures complete protection in harsh environments.
ECscan10M pocket conductivity tester is suitable for measuring the conductivity of moderate concentration liquids, e.g., spring water, tap water, etc. Features: Standard platinum sensor provides fast and reliable measurements. Single point calibration allows user to uses customized calibration solution. Automatic Temperature Compensation ensures high accuracy of measurements. Hold function freezes the current displayed value for easy viewing and recording. Auto-power off feature helps you effectively conserve battery life. Replaceable electrode reduces maintenance and replacement cost. Waterproof feature to ensures complete protection in harsh environments.
ECscan10L pocket conductivity tester is suitable for measuring the conductivity of low concentration liquids, e.g., pure water, distilled water, etc. Features: Standard platinum sensor provides fast and reliable measurements. Single point calibration allows user to uses customized calibration solution. Automatic Temperature Compensation ensures high accuracy of measurements. Hold function freezes the current displayed value for easy viewing and recording. Auto-power off feature helps you effectively conserve battery life. Replaceable electrode reduces maintenance and replacement cost. Waterproof feature to ensures complete protection in harsh environments.

