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  • Retrofit Your Gas Meter with WR–G Smart Pulse Reader | NB-IoT / LoRaWAN / LTE

    Retrofit Your Gas Meter with WR–G Smart Pulse Reader | NB-IoT / LoRaWAN / LTE

    WR–G Pulse Reader

    From Traditional to Smart — One Module, a Smarter Grid


    Upgrade Your Mechanical Gas Meters, Seamlessly

    Still operating with traditional gas meters? The WR–G pulse reader is your pathway to smart metering — without the cost or hassle of replacing existing infrastructure.

    Designed to retrofit most mechanical gas meters with pulse output, WR–G brings your devices online with real-time monitoring, remote communication, and long-term reliability. It’s the perfect solution for utility companies, industrial gas users, and smart city deployments seeking digital transformation with low entry cost.


    Why Choose WR–G?

    No Full Replacement Needed
    Upgrade existing assets — reduce time, cost, and disruption.

    Flexible Communication Choices
    Supports NB-IoT, LoRaWAN, or LTE Cat.1, configurable per device based on your network needs.

    Rugged & Long-Lasting
    IP68-rated enclosure and 8+ years of battery life ensure stability in harsh environments.

    Smart Alerts in Real Time
    Built-in tamper detection, magnetic interference alarms, and historical event logging keep your network secure.


    Made for Your Meters

    The WR–G works with a wide range of pulse-output gas meters from brands such as:

    Elster / Honeywell, Kromschröder, Apator, Actaris, METRIX, Pipersberg, IKOM, Daesung, Qwkrom, Schroder, and more.

    Installation is straightforward, with universal mounting options and plug-and-play setup. No rewiring. No downtime.


    Deploy Where It Makes the Most Impact

  • Upgrade Old Meters to Smart with HAC WR-G Pulse Reader | LoRa/NB-IoT Compatible

    Upgrade Old Meters to Smart with HAC WR-G Pulse Reader | LoRa/NB-IoT Compatible

    The HAC-WR-G is a durable, smart pulse reading module designed for upgrading mechanical gas meters. It supports three communication options—NB-IoT, LoRaWAN, and LTE Cat.1 (configurable per unit)—offering versatile, secure, and real-time remote gas consumption monitoring for residential, commercial, and industrial settings.

    Featuring an IP68-rated waterproof housing, extended battery life, tamper detection, and remote firmware updates, the HAC-WR-G delivers reliable performance for global smart metering initiatives.

    Supported Gas Meter Brands

    The HAC-WR-G works seamlessly with most pulse-output gas meters, including:

    • ELSTER / Honeywell
    • Kromschröder
    • Pipersberg
    • ACTARIS
    • IKOM
    • METRIX
    • Apator
    • Schroder
    • Qwkrom
    • Daesung
    • And more

    Installation is quick, secure, and adaptable with universal mounting options, making it an ideal choice for smart gas meter deployments worldwide.

  • Transform Your Metering System with HAC’s WR-X Pulse Reader

    Transform Your Metering System with HAC’s WR-X Pulse Reader

    HAC WR-X Pulse Reader: Setting a New Standard in Smart Metering

    In today’s competitive smart metering landscape, the HAC WR-X Pulse Reader is redefining what’s possible. Designed and manufactured by Airwink Ltd., this cutting-edge device delivers unmatched compatibility, long-term performance, and advanced wireless capabilities—making it a standout solution for utilities and smart cities worldwide.


  • HAC – WR – X: The Future of Meter Pulse Reading Is Here

    HAC – WR – X: The Future of Meter Pulse Reading Is Here

     

    In today’s competitive smart metering landscape, the HAC-WR-X Meter Pulse Reader from HAC is redefining what’s possible in wireless remote reading. Designed for seamless integration and long-term reliability, it’s a powerful solution to modernize legacy meters across diverse applications.


    Unmatched Compatibility with Global Brands

    The HAC-WR-X is engineered for broad compatibility. Its adjustable bottom bracket makes it easy to retrofit on leading global water meter brands including:

    • ZENNER (Europe)
    • INSA/SENSUS (North America)
    • ELSTER, DIEHL, ITRON
    • BAYLAN, APATOR, IKOM, ACTARIS

    This wide compatibility not only simplifies installation but also reduces deployment time. One U.S. utility provider reported a 30% reduction in installation time after switching to HAC-WR-X.


  • The Future of Meter Reading: HAC-WR-X Pulse Reader Unveiled

    The Future of Meter Reading: HAC-WR-X Pulse Reader Unveiled

    HAC-WR-X Pulse Reader: Redefining Wireless Smart Metering

    In today’s rapidly evolving smart metering landscape, HAC Company introduces the HAC-WR-X Meter Pulse Reader — a powerful, future-ready device poised to set a new standard in wireless metering. Engineered for versatility, durability, and intelligent data handling, this solution is tailored to meet the diverse needs of modern utility management.


    Broad Compatibility Across Leading Meter Brands

    One of the key advantages of the HAC-WR-X lies in its outstanding interoperability. It integrates seamlessly with globally recognized water meter brands, including ZENNER (widely used across Europe), INSA/SENSUS (popular in North America), and others such as ELSTER, DIEHL, ITRON, BAYLAN, APATOR, IKOM, and ACTARIS.
    Thanks to its adjustable bottom bracket, the device fits various meter models with ease — significantly reducing installation complexity and delivery lead time. A utility in the U.S. reported a 30% reduction in installation time after switching to the HAC-WR-X.


    Extended Battery Life & Flexible Communication Options

    Designed for longevity, the HAC-WR-X supports Type C and Type D replaceable batteries, enabling a lifespan exceeding 15 years — a long-term cost-saving and environmentally conscious solution.
    In real-world deployment, a residential community in Asia operated the device for over a decade without battery replacement.
    The reader also supports multiple transmission protocols including LoRaWAN, NB-IoT, LTE-Cat1, and Cat-M1, enabling efficient and adaptable wireless data communication. For example, in a smart city initiative in the Middle East, the device leveraged NB-IoT for real-time water consumption tracking.


    Advanced Intelligence for Smart Monitoring

    Beyond basic pulse reading, the HAC-WR-X is equipped with intelligent diagnostic and upgrade features.
    In Africa, a water treatment facility used the device to detect and alert a hidden leak, preventing substantial losses. In another instance, an industrial park in South America took advantage of remote firmware upgrades to introduce enhanced analytics capabilities, leading to better water resource planning and cost reduction.


    The Complete Smart Metering Solution

    Combining wide compatibility, long operational life, multi-protocol connectivity, and advanced smart functions, the HAC-WR-X is a comprehensive solution for utility companies, municipalities, and industrial applications alike.
    Whether for urban infrastructure, residential communities, or industrial facilities, the HAC-WR-X Pulse Reader delivers the performance and reliability required for next-generation water management.

    For a truly future-proof metering upgrade, the HAC-WR-X is the solution of choice.

  • HAC-WR-X Pulse Reader: A Versatile Smart Metering Device for Seamless Integration and Long-Term Performance

    HAC-WR-X Pulse Reader: A Versatile Smart Metering Device for Seamless Integration and Long-Term Performance

    The HAC-WR-X Pulse Reader, developed by HAC Company, is an advanced wireless data acquisition device engineered to meet the evolving demands of modern smart metering systems. Designed with a focus on broad compatibility, long battery life, flexible connectivity, and intelligent features, it is ideal for smart water management across residential, industrial, and municipal applications.

     

     Broad Compatibility Across Leading Water Meter Brands

    One of the core strengths of the HAC-WR-X lies in its exceptional adaptability. It is engineered to integrate seamlessly with a wide range of globally recognized water meter brands, including:

     

    * ZENNER (widely used in Europe)

    * INSA (SENSUS) (prevalent in North America)

    * ELSTER, DIEHL, ITRON, as well as BAYLAN, APATOR, IKOM, and ACTARIS

     

    The device features a customizable bottom bracket that enables it to fit various meter body types without modification. This design significantly reduces installation time and complexity. For instance, a U.S.-based water utility reported a 30% reduction in installation time after adopting the HAC-WR-X.

     

     Extended Battery Life for Low Maintenance

    The HAC-WR-X operates on replaceable Type C or Type D batteries and delivers an impressive operational lifespan of over 15 years. This eliminates the need for frequent battery replacements and minimizes long-term maintenance costs. In one deployment within an Asian residential area, the device remained in continuous operation for more than a decade without battery replacement, proving its robustness and reliability.

     

     

     Multiple Wireless Communication Options

    To ensure adaptability across different regional network infrastructures, the HAC-WR-X supports a range of wireless communication protocols, including:

    * LoRaWAN

    * NB-IoT

    * LTE-Cat1

    * LTE-Cat M1

     

    These options provide flexibility for diverse deployment environments. In a smart city project in the Middle East, the device utilized NB-IoT to transmit real-time water consumption data, supporting effective monitoring and management across the network.

     

     Intelligent Features for Operational Efficiency

    More than just a pulse reader, the HAC-WR-X offers advanced diagnostic capabilities. It can automatically detect anomalies, such as potential leaks or pipeline issues. For example, at a water treatment plant in Africa, the device successfully identified a pipeline leak at an early stage, allowing timely intervention and reducing resource loss.

    Additionally, the HAC-WR-X supports remote firmware updates, enabling system-wide feature enhancements without physical site visits. In a South American industrial park, remote updates enabled the integration of advanced analytics functions, leading to more informed water usage and cost savings.

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