Starter Electrode Ohaus ORP Electrode STORP2

Starter Electrode Ohaus ORP Electrode STORP2

The Starter Electrode Ohaus ORP Electrode STORP2 is a high-performance sensor designed for accurate oxidation-reduction potential (ORP) measurements in laboratory and industrial environments. With durable glass construction and broad compatibility, it ensures reliable redox readings for a variety of applications.

Features

The STORP2 electrode operates within a measurement range of -1000 to +1000 mV, allowing users to monitor both oxidizing and reducing reactions with exceptional stability. Its glass shaft provides superior chemical resistance and long-term durability compared to standard plastic electrodes. Additionally, the 1.1-meter cable offers flexibility for convenient operation during laboratory testing or field analysis.

The electrode’s compact design (120 mm × 12 mm) and light weight (70 g) make it easy to handle without sacrificing accuracy. Its temperature range of 0°C to 100°C supports a wide variety of sample types, while its stable response ensures precise readings even in challenging conditions. Although it lacks an internal temperature sensor, it integrates seamlessly with Ohaus meters that include external temperature compensation.

This model is compatible with numerous Ohaus Starter meters, including AB33M1, FB2200, ST5000i, AB41PH, ST5000, ST2200, ST300, ST400, AB33PH, and AB23PH, ensuring consistent results and easy integration.

Specifications

• Electrode Type: ORP (Oxidation-Reduction Potential)

• Measurement Range: -1000 mV to +1000 mV

• Cable Length: 1.1 m

• Shaft Material: Glass

• Dimensions (L × Ø): 120 mm × 12 mm (4.7 in × 0.47 in)

• Net Weight: 70 g

• Temperature Range: 0°C – 100°C

• Temperature Sensor: No

• Working Environment: 10°C – 40°C, 85% RH, non-condensing

Applications

The STORP2 ORP electrode is ideal for water quality testing, wastewater treatment, chemical processing, environmental analysis, and laboratory research. It accurately measures redox reactions, helping operators maintain chemical balance, optimize disinfection processes, and ensure consistent sample quality.