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  • SCJ-RTU01(IP68) Telemetry Terminal

    SCJ-RTU01 (IP68) telemetry terminal system is an integrated 4G DTU, lithium battery and low-power IoT data acquisition terminal; built-in 12v 45AH lithium battery, protection level reaches IP68, equipped with OLED display, supports flow, water level, water quality, meteorological data acquisition and transmission, built-in large-capacity SD card, can meet 3 years of data storage needs, and supports remote configuration upgrade function, reducing the difficulty of

    Product Details of SCJ-RTU01(IP68) Telemetry Terminal

    Working principle:

            SCJ-RTU01 (IP68) telemetry terminal system is an integrated 4G DTU, lithium battery and low-power IoT data acquisition terminal; built-in 12v 45AH lithium battery, protection level reaches IP68, equipped with OLED display, supports flow, water level, water quality, meteorological data acquisition and transmission, built-in large-capacity SD card, can meet 3 years of data storage needs, and supports remote configuration upgrade function, reducing the difficulty of customer installation and use


    Key Features:

    integrated 4G DTU, communication is possible without external DTU; 

    protection level reaches IP68, which can work underground for a long time; 

    in lithium battery, integrated design, easy to install; 

    Low standby power consumption and optimized acquisition and transmission algorithms greatly increase the battery working time; 

    with OLED display screen, convenient for on-site debugging and viewing data; 

    support for 512MB SD card storage (one piece of data per minute can be stored for 3 years); 

    USB interface, convenient for connecting to computer; 

    battery is replaceable for easy maintenance; 

    multiple 485 and RS232 interfaces; 

    2-channel 4-20mA output and 2-channel 4-20mA analog acquisition interface; 

    2-way pulse/switch signal acquisition; 

    local/remote configuration upgrade and historical data re-issuance function; 

    low standby power consumption; 

    4 central stations to send data simultaneously (4 central stations send data at the same time); 

    4 central stations to select different communication protocols to communicate with 4 central stations; 

    rapid customization of communication protocols and sensor acquisition protocols; 

    be directly matched with the company's various water quality, flow rate, and water level meters for use underground;


    Main technical parameters:

    Power supply range

    DC 12V lithium battery

    Charging voltage

    DC12.6V lithium battery dedicated fast charging charger

    Working current

    <5.5 mA @ DC12V 25 ℃ ①

    Standby current

    <0.6mA DC12V 25 ℃ ①

    Operating temperature

    -30 ℃-70℃

    Storage temperature

    -35 ℃-75℃

    RF Conducted Susceptibility

    LTE FDD B1/B3/B5/B8/B34/B38/B39/B40/B41 <-99dBm  

    RF output power

    LTE FDD B1/B3/B5/B8 -44dBm ~ 23dBm ( ±2dBm)

    LTE TDD B34/38/B39/B40/B41 -42dBm ~ 23dBm ( ±2dBm) ②

    Maximum output current

    <2A @DC12V ( the total current output to the sensor cannot exceed 2A)

    SIM card type

    MicroSIM ( all network 4G SIM card)

    Display

    0.96 inch OLED 128*64 resolution

    Antenna interface

    female connector

    Antenna parameters

    Waterproof 5dbi Hexagonal N Male


    Installation method:


    Schematic diagram of integrated flow monitoring of urban rainwater and sewage pipe network.png


    Application examples:


    Integrated urban rainwater and sewage pipe network online monitoring site.png

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