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Elster water meter pulse reader
The HAC-WR-E pulse reader is a low-power product developed based on Internet of Things technology, integrating measurement collection and communication transmission. It is designed for Elster water meters and can monitor abnormal states such as anti disassembly, water leakage, and battery undervoltage, and report them to the management platform.
Option selection: Two communication methods available: NB IoT or LoRaWAN
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Camera Direct Reading Pulse Reader
Camera direct reading pulse reader, using artificial intelligence technology, it has a learning function and can convert images into digital information through cameras, the image recognition rate is over 99.9%, conveniently realizing automatic reading of mechanical water meters and digital transmission of the Internet of Things.
Camera direct reading pulse reader, including high-definition camera, AI processing unit, NB remote transmission unit, sealed control box, battery, installation and fixing parts, ready to use. It has the characteristics of low power consumption, simple installation, independent structure, universal interchangeability and repeated use. It is suitable for the intelligent transformation of DN15~25 mechanical water meters.
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Pulse reader for Itron water and gas meter
The pulse reader HAC-WRW-I is used for remote wireless meter reading, compatible with Itron water and gas meters. It is a low-power product integrating non-magnetic measurement acquisition and wireless communication transmission. The product is resistant to magnetic interference, support wireless remote transmission solutions such as NB-IoT or LoRaWAN
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Pulse reader for Elster gas meter
The pulse reader HAC-WRN2-E1 is used for remote wireless meter reading, compatible with the same series of Elster gas meters, and supports wireless remote transmission functions such as NB-IoT or LoRaWAN. It is a low-power product integrating Hall measurement acquisition and wireless communication transmission. The product can monitor abnormal states such as magnetic interference and low battery in real time, and actively report it to the management platform.
