Hanna HI763093/10 Digital Conductivity/temperature probe

Hanna HI763093/10 Digital Conductivity/temperature probe

The Hanna HI763093/10 Digital Conductivity/temperature probe is a digital conductivity and temperature probe engineered for use with the HI98199 multiparameter portable meter. Designed for on-site water quality monitoring, this probe supports conductivity (EC), total dissolved solids (TDS), and salinity measurements, offering automatic temperature compensation for precise results in varying conditions.

Featuring a robust ABS plastic body and 4-ring platinum sensor, the HI763093/10 provides accurate, reliable readings across a broad conductivity range. The probe connects easily via a quick DIN waterproof connector, ensuring durability and ease of use in field environments.

Key Features

• Digital Smart Probe: Transmits accurate EC and temperature data digitally to the HI98199 meter.

• Four-Ring Platinum Sensor: Enhances measurement accuracy and prevents polarization in high conductivity samples.

• Built-In Temperature Sensor: Allows real-time automatic temperature compensation for reliable results.

• Rugged ABS Plastic Body: Withstands harsh field conditions and ensures long-term durability.

• Waterproof Quick DIN Connector: Ensures a secure and easy connection to the HI98199 meter, ideal for outdoor use.

• Versatile Output Options: Enables display of EC, TDS, and salinity readings from a single probe.

Technical Compatibility

• Compatible Meter: Hanna HI98199 Multiparameter Portable Meter

• Measured Parameters:

  • Electrical Conductivity (EC)

  • Total Dissolved Solids (TDS)

  • Salinity

• Temperature Compensation: Automatic via built-in sensor

• Connector Type: Waterproof Quick DIN Connector

• Body Material: ABS plastic

• Sensor Type: 4-ring platinum conductivity sensor

• Cable Length: 10 meters

Applications

• Field Water Quality Monitoring

• Environmental Testing

• Drinking and Wastewater Analysis

• Hydroponics and Agriculture

• Aquaculture Systems

• Industrial Water Treatment