The VisiTrace is designed to measure dissolved oxygen in the low ppb range in brewing applications, notably during filtration and filling. Adjacent markets are also boiler feed water in power plant. The VisiTrace offers all the advantages of Hamilton`s optical dissolved oxygen sensors: fast response time and low maintenance. Improvements compared to conventional electrochemical (amperometric) sensors include flow independence, rapid start-up with no polarization time and implified maintenance. Monitoring in low ppb ranges is essential in many applications such as brewing processes and power plants. Additional HART and wireless communication via Bluetooth®directly from the sensor to your computer simplify calibration, configuration, and maintenance.
VisiTrace can also be used iIn power plants, measurement of dissolved oxygen on boiler plants is essential if the power plant is to be run efficiently and cost effectively with minimum down time. Even small quantities of dissolved oxygen in boiler water will reduce the boiler life dramatically. In boilers where high chloride level exist, the effect of oxygen corrosion is increased. Therefore, the need to monitor dissolved oxygen content down to low ppb levels is even more important. Also available with ATEX and IECEx approval.
VisiTrace Sensor Cap
The L0 Cap is optimized for trace measurements from 1 to 2000 PPB (µg/mL) and stable against active chlorine and chlorine dioxide. This cap is ONLY for use with the VisiTrace sensors.
Hamilton provides open ended cables that are compatible with the VisiTrace's M12-4 connector. Additionally a powered cable is available for configuration and diagnostics when the sensor is not connected to the process.
Wireless Calibration and Diagnostics
The VisiPro has integrated Bluetooth for connection to most PCs, tablets, and mobile devices. The ArcAir application streamlines sensor management and documentation.
Technical Note - Humidity and pressure compensation in DO measurementThe effects of different humidities and pressures on DO measurement in the gas phase are explained and methods for their compensation described.
Brochure - Optical Dissolved OxygenDownload the dissolved oxygen brochure to explore the many benefits of making the switch to optical oxygen measurement.
Brochure - BreweryLearn about our control and analytical solutions that are essential to the brewing process.
Infographic - Optical Dissolved OxygenA brief overview of the advantages of Optical Dissolved Oxygen
Where can I get the HART EDD files for Hamilton products?
What is the expected lifetime and when should I replace my ODO cap?ODO cap health is process specific, with a cap quality indicator in ArcAir representing the general health of the ODO cap. ODO cap quality replacement is advised at 35%, however, some customers may replace ODO caps as part of a preventative maintenance program before reaching 35%. Click to learn more.
Can I use a VisiFerm, VisiPro, or VisiTrace for gas phase oxygen measurements?Yes. Optical DO sensors can be used for monitoring oxygen contents in air as well as dissolved oxygen.
Does atmospheric pressure impact my gas phase oxygen measurement?Yes, atmospheric pressure directly impacts the partial pressure of oxygen in the measured air and is linearly proportional to the measured oxygen content.
Best Practices: Zero Point Oxygen Calibration
Firmware Updates for Arc ProductsHamilton Arc and VisiFerm ECS sensors rely upon internal firmware for their operation. Periodic firmware updates ensure that the sensor has the latest features and fixes any pre-existing bugs that may exist.
Optical Dissolved Oxygen Sensor CapsThere are several different options for optical dissolved oxygen (ODO) caps. This article provides recommendations for each product.
Optical Dissolved Oxygen Cap CleaningBest practices for care and maintenance of optical dissolved oxygen (ODO) sensor caps.
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