Aquaculture Management System:
Dissolved oxygen sensor aquaculture, no oxygen consumption, no flow restriction, no electrolyte, no maintenance and calibration, no hydrogen sulfide interference, good stability.
Sensor production:
Smart sensors refer to intelligent sensor devices that can sense, collect and independently judge external environmental information. It is a system-level device that integrates sensors, communication modules, microprocessors, drivers and interfaces, and software algorithms. It has the ability of self-learning, self-diagnosis and self-compensation, as well as perception fusion and flexible communication capabilities.
The advantages of the sensor:
Induction fusion: Smart sensors can measure multiple physical and chemical quantities simultaneously to provide information that more comprehensively reflects the laws of matter motion.
High reliability: The integrated sensor system eliminates some unreliable factors of the traditional structure and improves the anti-interference performance of the whole system. Also features diagnostics, calibration and data storage, stability and good stability.
The five modules of the sensor:
A smart wearable device consists of five modules: processor and memory, power supply, wireless communication, sensor and actuator. Among them, the sensor is the innovative element of the five modules, and is the “core” between people and things.
The intelligent sensor is composed of sensing element, dissolved oxygen sensor aquaculture using RS485 output signal conditioning circuit, controller or processor. Intelligence can improve the accuracy of sensors, reduce power consumption and size, and make network connections easier, thereby expanding the application range of sensors and making their development faster and more efficient.
Spectroscopy is the fastest growing new technology for smart sensors.