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The Encoded Corrosion Monitor is a revolutionary new device that provides an accurate and reliable way to detect and predict corrosion.
This device is affordable, easy to operate, and provides a comprehensive solution to corrosion detection and prevention.
It works by using an optically encoded strip to measure the corrosion level of a surface. The encoded strip is then connected to a device that reads the information and sends a signal back to a user or display. The corrosion level can be monitored in real-time or stored for future reference.
The Encoded Corrosion Monitor accurately detects and predicts corrosion by using a series of electrodes, optical sensors, and a power source.
It consists of a signal processing unit and a display unit. The signal processing unit interprets the encoded strip and transmits the information to the display unit.
This advanced device offers superior accuracy and reliability when compared to other corrosion monitoring systems. It also provides reliable and accurate data in real-time, enabling users to take preventative measures to prevent and detect corrosion.
The Encoded Corrosion Monitor is easy to install and cost-effective. It requires minimal maintenance and can be used for almost any surface.
This device is ideal for use in construction, manufacturing, and maintenance industries. It offers a reliable and accurate method for preventing and detecting corrosion.
This device also offers comprehensive corrosion monitoring capabilities, enabling users to quickly and easily access crucial information.
The Global Encoded Corrosion Monitor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The HydroFORM scanner of the next generation is a corrosion mapping solution with two axes encoding that is easy to deploy and is optimised for one person operation, building on the design of its predecessor that has been proven in the field. The upgraded HydroFORM scanner simplifies and boosts the effectiveness of phased array (PA) scanning due to its revolutionary ScanDeck module and integrated index axis encoder.
Improvements to the water column and bubble management system enable it to handle a broader spectrum of inspection applications. A comprehensive 2-axis corrosion mapping solution may be achieved with the HydroFORM scanner and no additional scanner thanks to the optional inbuilt index axis encoder that makes raster scanning easier.
The HydroFORM scanner’s capabilities are extended to vertical and inverted scanning applications, such as corrosion monitoring of tank walls, with smooth indexing magnetic wheels and enhanced bubble control.Additionally updated is the innovative HydroFORM water column technology, which aids in ensuring the dependability of the PA signals. Gasket protectors are now provided to extend the life of the foam gaskets that adapt to the surface and preserve connection, providing improved wear and temperature resistance.
With the upgraded HydroFORM scanner, lone inspectors may effectively scan flat items and pipes with an OD of 4 in. or more using a complete 2D corrosion mapping solution. Exceptionally adaptable, it can be put on suitable semi automated and automated auxiliary scanners for complicated, manual tasks or utilised as an indexer-clicker type manual scanner, guided 2-axis encoding scanner, or both.
Utilising an OmniScan X3 flaw detector in conjunction with the ScanDeck module reduces an operator’s engagement with the instrument by offering significant feedback and remote functionality. Status LEDs placed squarely in the operator’s line of sight during scanning indicate which encoder (index axis or scan axis) is active, whether the ideal index position has been attained, if the coupling is adequate and when the maximum scan speed has been surpassed.
Additionally, it allows the OmniScan unit’s data collection to be started remotely by the HydroFORM operator. Not only do these data and the remote control feature save time on tedious activities, but they also enhance the accuracy and consistency of the PA data that is collected.
