Liquid Level Sensors Advantages in Level Measurement and Differences to Liquid Level Switches

As science and technology rapidly develop, various methods to measure liquid level have been invented, from rulers used in ancient time, to photoelectric, ultrasonic and radar gauges used by now. Liquid level sensor is a kind of pressure sensor measuring liquid level, which is suitable for level measurement in industries…

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Ultrasonic Water Level Sensors Provide Real-time Flood Warnings in Iowa

To create the world’s most sophisticated flood monitoring and forecasting system, the Iowa Flood Center (IFC) uses more than 200 Senix ToughSonic 30 and ToughSonic 50 ultrasonic sensors to measure water levels in streams across the state. Data collected from the sensors are automatically sent to the Iowa Flood Information…

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Application of Fluorescent Oxygen Sensors in Diffusion Type Oxygen Supply

High altitude anoxia has severe influence on people’s ability of thinking. At elevation of 1500m, the thinking ability starts to be affected, presented as restriction on new acquisition of complex intellectual activity. At 3000m, people’s thinking ability comprehensively decreases, especially in judgment. At 4000m, people would write clumsy handwriting in…

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The Operating Principle & Application prospect of Hydrogen Fuel Cell

On March 5th, the first session of the 13th NPC was held in Beijing. In the government work report, the prime minister clearly mentioned that preferential policies for vehicle purchase tax of new-energy vehicles would be prolonged for three years, and restriction policies on second-hand vehicle migration would be comprehensively…

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Which is Better? Submersible Galvanic Dissolved Oxygen Sensor VS Yuasa Dissolved Oxygen Sensor!

With the development of science and IT technology, the society is being covered by the Internet of Things in a rapid manner. Sensors, as one of the most important element in this IoT society, are playing an essential role in interconnection. Being an indispensable type, dissolved oxygen sensors are applied…

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Comprehensive monitoring system for modern aquaculture

With the advance of economy level, people’s living standard has also been increased, the demand for aquatic products is becoming greater and greater, more and more people are engaged in aquaculture business and the scale of this industry keeps showing an rising trend, meanwhile the types of aquatic products have…

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Classification and Operation Principle of Optic Fiber Temperature Sensors

Optic fiber temperature sensor is a sensing device that analyze the spectrum transmitted by the optical fiber to obtain real-time temperature. Its operation bases on that for some materials, spectrum absorbed changes with temperature. These sensors mainly includes optic fibers, spectrum analyzer and transparent crystals, etc., and can be divided…

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Application Technology of Ultrasonic Sensors on Robots

With the technology development of computer, sensor and AI, many achievements have been reached in obstacle avoidance of mobile machine and auto navigation. These achievements are applied in various realms while the technology is becoming increasingly complex. The requirements of autonomous way-finding of mobile robot have been greatly improved, from…

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Remote Ultrasonic Water Level Sensor application

Remote Water Level Measurement Senix ultrasonic sensors are used in highly sophisticated environmental and industrial applications that measure remote bodies of water: ponds, streams, canals and even oceans.   These systems typically involve remote, solar-powered ultrasonic level sensors transmitting measurements to centralized management system via cellular, satellite or radio communications. ToughSonic…

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The influence of aerobes and anaerobes on aquaculture

According to the relationship between microorganisms and oxygen, microorganisms can be roughly divided into two categories: aerobic microorganisms (aerobes) and anaerobic microorganisms (anaerobe), however they can be further divided into five categories: Strict aerobes: this type of microorganism can only live in an environment where the O2 concentration is relatively…

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