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Prepayment energy meter single phase two wires network 5(80)A Keypad Electricity Meter

Short Description:

HW1000 Key Features

HW1000 offers serial and optical communication IEC 62056-21 communications, which allows the Meter registers and security data to be read electronically from a laptop or hand-held device, greatly reducing the possibility of manual meter reading errors.

The meter offers high security and detects many of the most commonly used tamper techniques.

The display has large easy to read characters with information identified by OBIS. Security data can be included as part of the display sequence and read via the communication ports.

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  • Product Detail

    Product Tags

    HW1000 meters from YUANKY Technology provides a cost-effective solution for prepaid metering solutions. Only complete availability of reliable metering data guarantees an efficient billing process. HW1000 is built as per the well-established DLMSTM to comply with the IEC62056 standard. An optimal data flow is archived through the optical port and RS485 port.

    HW1000 Single Phase STS Keypad Prepayment Energy Meter takes 20-digit STS TOKEN as the recharge medium. It is suitable for residential consumer scenarios. The consumer recharge the meter in energy unit and the meter deducts energy unit based on consumption. The meter is built with keypad, enabling active energy measurement and prepayment control via STS.

    Meter are compliant to IEC 62055-31, having an ingress protection of IP54 to IEC 60529 and comply with EMC standard IEC 50081-1.

    Addition Features

    Prepayment All-in-One

    - Optional CIU for split prepayment

    - Ready for Neutral Missing


    - Ready to connect to external module

    - Options for external load control

    Heightened demand for power availability, distributed generation, and greater efficiency are creating a need for more consumption and power quality measurements at the edge. Meeting this need, YUANKY introduces the first prepayment meters to offer multiple channels of load profile data; each of which can be configured independently for interval, size and collection settings.


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