Accessories Starter Ohaus Flow Chamber Glass

Accessories Starter Ohaus Flow Chamber Glass

The Accessories Starter Ohaus Flow Chamber Glass is a precision accessory designed to enable continuous flow measurements for electrochemical analysis. Made from high-quality glass, this chamber ensures excellent chemical resistance, transparency, and compatibility with Ohaus Starter series electrodes and meters. It provides a controlled environment for accurate readings in applications requiring continuous sample circulation, such as water quality monitoring and industrial process analysis.

Features

• Continuous Flow Measurement: The flow chamber allows real-time monitoring of changing sample conditions, ideal for continuous water or solution testing.

• High-Quality Glass Construction: Crafted from durable, chemical-resistant glass that maintains structural integrity and clarity, even with corrosive or reactive samples.

• Optimized for Accuracy: Ensures stable flow and consistent contact between the sample and electrode, reducing air bubbles and improving measurement reliability.

• Easy Observation: The transparent glass body allows clear visual inspection of the sample flow and electrode placement during operation.

• Secure and Leak-Free Connections: Equipped with precision fittings that ensure tight seals, preventing leaks or contamination during testing.

• Wide Compatibility: Designed for use with Ohaus Starter series electrodes and meters, making it suitable for pH, conductivity, and dissolved oxygen measurements.

Specifications

• Accessory Type: Flow Chamber

• Material: Borosilicate Glass (Chemical-Resistant)

• Compatibility: Ohaus Starter series electrodes and meters

• Function: Continuous flow measurement for electrochemical analysis

• Fittings: Secure connectors for inlet and outlet tubing

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

Applications

The Ohaus Glass Flow Chamber is ideal for laboratories, environmental testing facilities, and industrial monitoring systems requiring continuous or inline measurements. It is commonly used for water quality analysis, wastewater treatment studies, chemical process monitoring, and environmental research, where stable and uninterrupted measurement conditions are critical.