Mettler Toledo - IntapDo
Have you ever felt that the process of calibrating dissolved oxygen sensors on your production line is time-consuming and prone to human error? In critical power plant environments, accuracy down to low ppb levels is no longer just an option, but a necessity to maintain steam system efficiency. Now, a portable solution is transforming the way you monitor and calibrate DO systems instantly and accurately.
The InTap DO Analyzer from METTLER TOLEDO is a portable DO meter specifically designed for faster and more convenient in-line DO system monitoring. Using proven optical technology, it delivers enhanced signal stability and extremely short measurement times. InTap ensures your process calibration and online measurements are accurate down to 0 ppb.
Features:
• State-of-the-art Optical Technology: Uses the same optical sensor as METTLER TOLEDO's Pure Water Optical DO sensor to ensure consistent results.
• Bluetooth Connectivity: Writes calibration information directly and securely to the in-line sensor via a T100 Bluetooth device, eliminating the risk of manual copying errors.
• Digital Data Security: Data is automatically recorded by the analyzer and can be transferred via USB drive for further documentation, preventing handwriting errors.
• Robust & Portable Design: Equipped with a battery that lasts up to 24 hours and an IP67 protection rating, it is ready for use in challenging industrial environments.
Main Applications:
• InTap is designed to provide optimum control of dissolved oxygen levels throughout the steam cycle in: Power Plants: Ensuring steam systems are free from corrosive oxygen contamination.
• Cogeneration Installations: The gold standard for pure water monitoring in energy facilities.
• In-Line Sensor Maintenance: The ideal calibration tool to ensure METTLER TOLEDO in-line sensors continue to perform at peak performance.
For more information, please contact: PT Hyprowira Adhitama, METTLER TOLEDO's distributor in Indonesia. Please see details in this brochure.
Have you ever felt that the process of calibrating dissolved oxygen sensors on your production line is time-consuming and prone to human error? In critical power plant environments, accuracy down to low ppb levels is no longer just an option, but a necessity to maintain steam system efficiency. Now, a portable solution is transforming the way you monitor and calibrate DO systems instantly and accurately.
The InTap DO Analyzer from METTLER TOLEDO is a portable DO meter specifically designed for faster and more convenient in-line DO system monitoring. Using proven optical technology, it delivers enhanced signal stability and extremely short measurement times. InTap ensures your process calibration and online measurements are accurate down to 0 ppb.
Features:
• State-of-the-art Optical Technology: Uses the same optical sensor as METTLER TOLEDO's Pure Water Optical DO sensor to ensure consistent results.
• Bluetooth Connectivity: Writes calibration information directly and securely to the in-line sensor via a T100 Bluetooth device, eliminating the risk of manual copying errors.
• Digital Data Security: Data is automatically recorded by the analyzer and can be transferred via USB drive for further documentation, preventing handwriting misreading.
• Robust & Portable Design: Equipped with a battery that lasts up to 24 hours and an IP67 protection rating, it is ready for use in challenging industrial environments.
Main Applications:
• InTap is designed to provide optimum control of dissolved oxygen levels throughout the steam cycle in: Power Plants: Ensuring steam systems are free from corrosive oxygen contamination.
• Cogeneration Installations: The gold standard for pure water monitoring in energy facilities.
• In-Line Sensor Maintenance: The ideal calibration tool to ensure METTLER TOLEDO in-line sensors continue to perform at peak performance.
For more information, please contact: PT Hyprowira Adhitama, METTLER TOLEDO's distributor in Indonesia. Please see details in this brochure.
Image taken from: https://www.azosensors.com/images/Article_Images/ImageForArticle_3251_459662776888425947070.jpg