The LoRaWAN Non-Magnetic Coil Metering Module integrates non-magnetic coil sensing and LoRaWAN wireless communication for smart water, gas, and heat meter applications. It supports forward and reverse measurement, adaptive sampling, pulse output, magnetic interference resistance, low-power operation, and mechanical-electronic separation for smart meter development and retrofit projects.

The LoRaWAN Non-Magnetic Inductive Metering Module integrates non-magnetic inductive measurement, 3-channel signal acquisition, LoRaWAN communication, encrypted data transmission, abnormal status reporting, parameter configuration, and low-power operation. It is suitable for smart water meters and AMR / AMI utility metering systems requiring reliable remote reading.

The NB-IoT Non-Magnetic Metering Module integrates non-magnetic inductive metering and NB-IoT wireless communication for smart water meter applications. It supports forward and reverse metering, two-way data communication, infrared maintenance, touch-triggered reporting, disassembly alarm, magnetic attack alarm, low-power operation, and remote AMR / AMI platform integration.

The LoRa Low Power Wireless AMR System provides long-range, low-power wireless meter reading for smart water, gas, heat, and utility metering projects. It supports automatic data reporting, two-way communication, valve control, frozen data reading, anti-magnetic alarm, power-down storage, wireless parameter setting, concentrator networking, and optional handheld or repeater deployment.

The NB-IoT Transparent Data Transmission Module provides low-power wireless communication for smart meters, sensor terminals, and industrial IoT devices. It supports NB-IoT base station access without a central gateway, 3V TTL serial communication, Nano SIM / eSIM, parameter configuration, data reporting, command delivery, and CoAP + JSON server communication.

The NB-IoT Smart Meter Communication Module enables water meters, gas meters, heat meters, and other utility meters to connect to remote AMR / AMI systems through NB-IoT networks. It supports low-power operation, two-way communication, meter data acquisition, valve control, frozen data storage, remote parameter setting, and centralized smart metering management.