Starter Electrode Ohaus Conductivity Electrode STCON8

Starter Electrode Ohaus Conductivity Electrode STCON8

The Starter Electrode Ohaus Conductivity Electrode STCON8 is a specialized high-precision glass electrode designed for measuring ultra-low conductivity values with exceptional accuracy. With a measurement range from 0.055 µS/cm to 300 µS/cm, it is ideal for applications that demand extremely pure water analysis, such as laboratory testing, semiconductor manufacturing, and pharmaceutical production. Its glass shaft construction ensures superior sensitivity, chemical resistance, and long-term stability in demanding analytical environments.

Key Features

The STCON8 electrode is equipped with automatic temperature compensation (ATC) to maintain accurate readings even as sample temperatures change. Its integrated 30 KΩ NTC temperature sensor provides real-time correction, ensuring that conductivity results remain precise across a broad temperature range of 0°C to 80°C.

The electrode’s compact design (155 mm × 12 mm) allows for easy insertion into a variety of sample containers, while the 1-meter cable provides operational flexibility. Moreover, the glass shaft enhances measurement precision and durability when working with pure or deionized water, ensuring stable long-term performance.

Technical Specifications

• Model: Ohaus Starter STCON8 Conductivity Electrode

• Electrode Type: Conductivity

• Measurement Range: 0.055 µS/cm – 300 µS/cm

• Temperature Range: 0°C – 80°C

• Shaft Material: Glass

• Cable Length: 1 m

• Dimensions (L × Ø): 155 mm × 12 mm (6.1 in × 0.47 in)

• Temperature Compensation: Automatic

• Temperature Sensor: 30 KΩ NTC

• Compatible Meters: AB33M1, ST400M, AB23EC, ST300C, AB33EC

Applications

The STCON8 electrode is perfectly suited for ultrapure water analysis, pharmaceutical research, power plant monitoring, and laboratory quality control. It is particularly effective in applications requiring high sensitivity and minimal conductivity detection, such as reverse osmosis (RO) and deionized (DI) water systems. Because of its glass construction and ATC feature, it guarantees reliable, stable, and reproducible readings under various temperature conditions.