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EspañolIndustrial
Anion’s industrial monitoring system adopts self-developed radar flowmeters and liquid level sensors for factory drainage pipelines, storage tanks and workshop environmental monitoring. The non-contact measuring devices feature strong anti-interference and high precision, and can be installed without shutting down production. Solar-powered terminals collect real-time flow and liquid level data and upload data to our exclusive cloud platform, supporting data storage, trend query and over-limit alarms. IP68 waterproof pipe network terminals support unattended underground manhole monitoring, helping enterprises detect pipeline leakage, standardize sewage discharge and meet environmental supervision requirements.
Industrial
Anion’s industrial monitoring system adopts self-developed radar flowmeters and liquid level sensors for factory drainage pipelines, storage tanks and workshop environmental monitoring. The non-contact measuring devices feature strong anti-interference and high precision, and can be installed without shutting down production. Solar-powered terminals collect real-time flow and liquid level data and upload data to our exclusive cloud platform, supporting data storage, trend query and over-limit alarms. IP68 waterproof pipe network terminals support unattended underground manhole monitoring, helping enterprises detect pipeline leakage, standardize sewage discharge and meet environmental supervision requirements.
Tool Management
Add temperature sensors to ultra-high frequency RFID chips, customize electronic tags that are suitable for various environments, paste them on the surface of key nodes that are prone to heating in power transmission high-voltage substations and medium and low voltage distribution facilities, or embed them in conductor joints. Use an RFID ultra-high frequency reader with an Android system to read and analyze the temperature data in real-time from the electronic tags, set warning lines according to the actual temperature values that need to be monitored, and emit sound and light alarms, take photos, and transmit information to the cloud system to remind power maintenance personnel to follow up operations when the temperature is above or below the warning line.