Chlorine Analyzers

HK Calibrations offers specialized Omega instruments for water quality monitoring, specifically the Waterproof ISE Free Chlorine Tester and the PVC Free Chlorine Transmitter. These products are designed to cater to both portable field testing and permanent process monitoring requirements in various industrial or municipal water applications.

This handheld device is designed for portability and durability, featuring a waterproof housing that protects the internal electronics during onsite testing. It utilizes Ion Selective Electrode (ISE) technology to provide rapid and accurate readings of free chlorine levels, making it ideal for checking water safety in swimming pools, cooling towers, and drinking water systems.

The PVC Free Chlorine Transmitter is built for continuous monitoring and is often integrated into larger water treatment systems. It typically features a robust PVC body for chemical resistance and provides an electronic output signal, such as a 4-20mA loop, allowing it to communicate live data to a central controller or PLC for automated chemical dosing.

These instruments are essential for any industry where water disinfection is critical, including food and beverage processing, pharmaceutical manufacturing, and municipal wastewater treatment. They help ensure that chlorine levels are high enough to kill bacteria but remain within regulatory safety limits to prevent equipment corrosion or health risks to consumers.

Chlorine sensors can drift over time due to electrode fouling or changes in water chemistry, leading to inaccurate readings that could compromise water safety. Regular calibration against known standards ensures the sensors remain accurate and reliable, and HK Calibrations provides professional services to verify these instruments meet industry accuracy requirements.

Depending on the model, data can be read directly from an integrated digital display for immediate spot checks or transmitted via industrial protocols for long-term logging and analysis. Continuous transmitters allow facility managers to track chlorine trends over time, helping to optimize chemical usage and ensure constant compliance with environmental health standards?