Starter Electrode Ohaus STCon3 conductivity electrode EN

Starter Electrode Ohaus STCon3 conductivity electrode EN

The Starter Electrode Ohaus STCon3 conductivity electrode EN is a high-performance electrode designed for precise conductivity measurements in both laboratory and field environments. With a measurement range of 2 µS/cm to 200 mS/cm, it provides accurate results for a wide spectrum of samples, from ultrapure water to concentrated solutions. Built with a durable plastic shaft, this electrode ensures reliability and resistance to chemical exposure, making it ideal for routine and professional conductivity analysis.

Key Features

The STCON3 electrode features an automatic temperature compensation (ATC) system, which enhances measurement accuracy by correcting for temperature variations during testing. This ensures consistent and dependable conductivity readings under changing environmental conditions. Additionally, its robust 3-meter cable allows greater flexibility for in-field or benchtop use.

Constructed from high-quality plastic materials, the electrode combines durability with lightness for easy handling. Its compact 135 mm × 15 mm design makes it suitable for various applications where space or mobility is important. The integrated 30 kΩ temperature sensor ensures precise compensation across a temperature range of 0°C to 50°C, making it reliable for diverse conductivity testing scenarios.

Technical Specifications

• Model: Ohaus Starter STCON3 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)

• Compatible Meter: Ohaus ST400M

Applications

The STCON3 conductivity electrode is well-suited for water quality monitoring, industrial testing, chemical analysis, and environmental research. It is ideal for users who need reliable conductivity readings in processes such as solution preparation, wastewater treatment, and laboratory calibration. Furthermore, its rugged construction makes it a dependable tool for both portable and stationary measurement setups.