Accessories Pen Meter Ohaus Electrode ST10C-B ST10T-B

Accessories Pen Meter Ohaus Electrode ST10C-B ST10T-B

The Accessories Pen Meter Ohaus Electrode ST10C-B ST10T-B are precision-engineered replacement sensors for Ohaus Starter Pen Meters. These electrodes are designed to deliver consistent accuracy and reliability for conductivity (ST10C-B) and TDS (ST10T-B) measurements across a wide range of water quality applications. Because they are compact, durable, and easy to install, they ensure long-term measurement stability in both laboratory and field conditions.

Features

• High Compatibility: Specially designed for Ohaus Starter ST10C-B (conductivity) and ST10T-B (TDS) pen meters, ensuring seamless connection and operation.

• Accurate Measurement Performance: Provides stable and precise readings for medium-range conductivity and TDS testing.

• Fast Response Time: Responds quickly to sample changes, allowing efficient measurement cycles and reduced testing time.

• Durable and Corrosion-Resistant: Built with quality materials that resist chemical and environmental wear for extended usability.

• Easy to Replace: Plug-and-measure design allows quick installation without additional tools or setup steps.

• Compact and Lightweight: Ideal for portable use with pen-type meters during on-site or laboratory testing.

Specifications

• Compatible Models: Ohaus Starter ST10C-B (Conductivity) and ST10T-B (TDS)

• Measurement Range: Matches meter specifications — ST10C-B: 0–1999 µS/cm; ST10T-B: 0–1000 mg/L

• Accuracy: ±2.5% FS (as per meter performance)

• Connection Type: Direct-fit sensor module

• Protection Rating: IP67 when attached to compatible pen meters

• Operating Temperature: 10°C – 40°C, 85% RH (non-condensing)

• Cable: Integrated short connection lead designed for pen-style meters

Applications

The Ohaus ST10C-B and ST10T-B Electrodes are ideal for water quality testing, aquaculture, environmental monitoring, and laboratory analysis. Additionally, they are widely used in educational and industrial quality control applications where consistent conductivity or TDS readings are essential. As a result, users benefit from stable, accurate measurements with minimal maintenance and easy field replacement.