Starter Electrode Ohaus STCON3 IP67, 3m Cond Electrode

Starter Electrode Ohaus STCON3 IP67, 3m Cond Electrode

The Starter Electrode Ohaus STCON3 IP67, 3m Cond Electrode is a robust and waterproof electrode designed to deliver accurate and stable conductivity measurements in laboratory and field environments. With a measurement range of 2 µS/cm to 200 mS/cm, it ensures precise readings across a broad range of aqueous samples. The IP67-rated waterproof construction provides exceptional protection against dust and moisture, making it suitable for challenging testing conditions such as outdoor sampling or industrial applications.

Key Features

The STCON3 IP67 electrode is equipped with automatic temperature compensation (ATC), ensuring that readings remain accurate even when temperature fluctuations occur. This feature enhances measurement reliability and helps maintain consistency between samples. Moreover, the durable plastic shaft provides chemical resistance, mechanical strength, and long service life, even during frequent use in demanding environments.

With its 3-meter cable, this electrode offers flexibility for use in both benchtop and field setups. The built-in 30 kΩ temperature sensor ensures precise compensation within a temperature range of 0°C to 50°C, while the compact design (135 mm × 15 mm) makes it easy to handle during daily testing operations.

Technical Specifications

• Model: Ohaus Starter STCON3 IP67 Conductivity Electrode

• Electrode Type: Conductivity

• Measurement Range: 2 µS/cm – 200 mS/cm

• Temperature Range: 0°C – 50°C

• Shaft Material: Plastic

• Cable Length: 3 m

• Dimensions (L × Ø): 135 mm × 15 mm (5.3 in × 0.59 in)

• Temperature Compensation: Automatic

• Temperature Sensor: 30 kΩ

• Net Weight: 165 g (5.8 oz)

• Protection Rating: IP67 (Waterproof and Dustproof)

• Compatible Meter: Ohaus ST400M

Applications

The STCON3 IP67 electrode is ideal for environmental monitoring, wastewater analysis, chemical processing, and laboratory research. Its waterproof construction makes it particularly useful for field-based conductivity measurements, including sampling in humid or wet conditions. Because of its automatic temperature correction, users can rely on accurate readings in a variety of aqueous environments.