It adopts the LoRaWAN standard communication protocol, with a transmission distance of up to 5km, which can cover complex terrain scenarios such as large parks and urban villages. It supports connecting up to 64 measuring instruments at the same time, reducing the number of terminal deployments. It provides two power supply modes of DC12V and PoE, adapting to the power supply conditions of different scenarios. It supports custom data upload frequency, balancing data real-time performance and power consumption according to needs. With built-in 32GB local storage, it can store meter reading data for more than 6 months, preventing data loss when the network is interrupted. It provides open standardized API interfaces, which can quickly connect to existing water and power supply management platforms, reducing integration costs.
Installation Size: 180mm×120mm×55mm, Working Voltage: DC12V (10%~30% Tolerance)/PoE 802.3af, Communication Band: LoRa 868MHz/915MHz, Max Connected Meters: 64 Units, Storage Capacity: 32GB, Recognition Accuracy: ≥99.5%, Working Temperature: -20℃~60℃, Protection Grade: IP54, Communication Interface: RJ45 Ethernet, Working Humidity: 5%~95% (Non-condensing).
It is suitable for centralized water/electricity meter reading of residential communities, multi-point measurement management of industrial parks, campus logistics measurement management, and measurement upgrading of old urban towns and villages. It can realize real-time collection and upload of full-area measurement data without manual household-by-household meter reading, greatly reducing operating labor costs.
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