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Radiation Detector Cooling - Continuous reading capacitance sensors offer a superior solution for liquid nitrogen level control in radiation detector dewars compared to traditional point sensing systems. Capacitance sensors, having no moving parts, are designed to be molded into the dewar collars, allowing for radial exit and avoiding interference with the detector device. This design enhances usability and longevity, especially in systems requiring a range of motion.
For instance, my experience using these sensors in germanium gamma-ray detector systems has shown notable improvements in both accuracy and maintenance efficiency. Existing systems can be converted to continuous reading level control affordably, making them a versatile option across various dewar sizes. Proper communication of your specific device requirements ensures that the correct sensor and accessories are provided.
Aerospace Run Tanks - Installations of run tanks often involve high pressures, fast drain rates, long sensor lengths, and handling of multiple liquids. AMI's engineered solutions address these challenges effectively. By using appropriate flanges and conducting finite element analysis, their designs meet stress and pressure requirements reliably. Through personal experiences and industry connections, many have found AMI's run tanks notably enhance operational efficiency due to their robust construction and compatibility with cryogenic temperatures.
Liquid Oxygen Measurement - These sensors, crafted from high-quality virgin Teflon and stainless steel, ensure there are no materials that can become fuel sources in liquid oxygen systems. This durability has significant benefits for applications such as monitoring LOx vessels in fish transport vehicles. Ensuring your sensors meet these high safety standards can prevent malfunctions and prolong the system's operational life.
Redundant Point Sensing - Utilizing proven capacitance technology, AMI's point sensors serve as reliable backups to continuous sensors in critical applications. This dual-redundancy provides added safety and ensures continuous operation even under challenging conditions, making them indispensable in high-stakes environments.
High Vibration Environments - For aerospace applications, AMI's rugged sensors built with robust standards ensure durability under high vibration conditions. Special construction techniques prevent parts from detaching and becoming contaminants, which is crucial in maintaining system integrity.
Addressing Long Lengths and Turbulence - Long sensors over 50 feet are fabricated in sections for easy installation. Proper assembly and restraint techniques, such as welding to internal structures, ensure stability even under high-flow conditions. These precautions help maintain measurement accuracy and prevent sensor damage.
Handling High Flow Rates and Pressures - AMI designs their level measurement systems with rapid signal update rates to manage extremely fast fill or drain operations effectively. By engineering high-pressure applications, they ensure system safety and integrity, with stress modeling and hydrostatic pressure testing to certify reliability.
Outside, Wet Area, and Industrial Applications - Liquid level transmitters and sensors designed for outdoor and wet environments provide continuous sensing of cryogenic and non-cryogenic liquids. Solutions such as frost-proof and water-proof kits ensure protection against moisture, while industrial instruments with weather-proof housings offer robust performance in these challenging settings.
Auto-Changeover Systems - AMI's auto-changeover system, utilizing the Model 286 Multi-Channel Liquid Level Controller, facilitates seamless switching between supply canisters, ensuring uninterrupted liquid supply. This system's ease of installation and reliable performance makes it an ideal solution for critical applications, enhancing operational efficiency and safety.
Biological Specimen Storage - Ensuring the safety and preservation of valuable biological samples, AMI's autofilling systems for Cryo-Bio dewars eliminate the risks associated with manual filling. With advanced digital readouts, alarms, and remote communication features, these systems provide a reliable and cost-effective solution for long-term specimen management, safeguarding irreplaceable samples.
Autofilling Small Dewars - In small volume or all-attitude dewar applications, incorporating the level sensor inside the dewar minimizes heat load and maximizes refilling intervals. The Flow-Thru sensor design, allowing liquid to pass through while continuously measuring the level, offers an ideal solution for even the smallest dewars, ensuring precise and efficient autofilling.
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