AOYX series on-site relay intelligent parameter display instrument
The field temperature transmitter converts signals from sensors (resistance temperature detectors or ther mocouples) into standard 4-20 mA signals through its electronic unit, typically employing a two-wire power sup ply for convenience and efficiency. Its menu allows users to freely configure the transmitter output range and ot her parameters to meet diverse requirements . Featuring an LCD with backlight display, this transmitter ensure s easy data reading even under poor lighting conditions. In industrial production and other fields, it provides reli able support for accurate temperature measurement. Additionally, it supports the HART protocol, enabling con venient configuration of the sensor through a handheld communicator.
AOYX series on-site display instrument (battery powered)
Battery-powered field display instruments play a crucial role. They can collect signals from sensors (thermocouples or resistance temperature detectors), process them through electronicunits, and display temperature values via LCD screens. These devices typically utilize built-in lithium-thionyl chloride batteries for power supply, ensuring convenience and reliability. Through menu settings, users can freely configure variousparameters to meet diverse application requirements. They employ LCD screens with backlight functionality. In industrial production and other fields, they provide reliable assurance for accurate temperature measurement.
AOWPT wireless temperature detection
The wireless temperature monitoring device can collect signals from sensors (thermistors or thermocouples), with the electronic unit displaying temperature values via an LCD screen. This equipment typically adopts built-in lithium-thionyl chloride battery power supply or external power supply, allowing users to freely configure various parameters through the menu to meet different requirements. It features an LCD with backlight display, providing reliable assurance for accurate temperature measurement in industrial productionand other fields, with output signals being wireless LoRa RF signals or wireless 4G signals. Its application scenarios are extensive, not only suitable for industrial production but also usable in various mobile equipment, rotating equipment, and remote collection situations where wiring is inconvenient.
AOGP10 (side mounted) static pressure taxation telemetry terminal
The product adopts a composite measurement technology combining ultrasonic, static pressure, and conductivity sensors. By leveraging multi-modal perception to integrate the advantages of different sensors, it significantly enhances the accuracy and reliability of road waterlogging detection. The device is installed on the dental calculus of the road, requiring no complex construction, enabling rapid deployment. Additionally, itssimple post-installation operation and maintenance effectively reduce the effort and time costs for homo sapiens, providing an efficient and stable solution for urban road waterlogging monitoring.
AOSL53/40 Rice Field Water Level Remote Sensing Meter
The Australian Thai automated rice field water level gauge has significant advantages. It adopts non-contact measurement with the help of ultrasound, without direct contact with rice field water, avoiding sensor damage from impurities, sediment, and microbial pollution in the water, reducing maintenance costs, and not interfering with the water body and ecological environment. Its measurement accuracy is high, reaching millimeter level, which can accurately monitor small changes in water level, assist in fine irrigation management, help farmers arrange irrigation reasonably, and improve water resource utilization efficiency.
AOOS8000 Primary Cell Type Online Oxygen Content Analyzer
The product utilizes an instrument based on galvanic cell measurement, primarily designed for measuring the oxygen concentration in mixed gases, with a measurement range of 0% to 100% oxygen concentration. Under constant working pressure and temperature conditions, the voltage generated by the oxygen cell is proportional to the oxygen concentration. The output voltage of each oxygen cell remains essentially stable throughout its lifespan. When the measured oxygen concentration significantly deviates from the set value, the device will trigger an alarm. At this point, calibration can be performed. If the deviation persists, it typically indicates that the oxygen cell is depleted and requires replacement. The general service life of an oxygen cell is approximately 1 to 3 years.
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