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    Wireless Remote Temperature Sensor, 4~20mA

    $309.73
    Wireless remote temperature sensor suitable for measuring liquids or gases, with a range of -50 to 300°C and 4-20mA communication. It uses a Class 1/3B Pt100 sensor, offers high 0.5%FS accuracy. The device supports NB-IoT for remote data transmission
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    SKU: ATO-TS-CWDZ101
    30-day Returns
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    Delivery date: 6-12 days

    Wireless remote temperature sensor for liquids or gases, measuring from -50 to 300°C with 4-20mA output. Features Class 1/3B Pt100 sensor with 0.5%FS accuracy and NB-IoT for remote data transmission. Ideal for precise, reliable industrial temperature monitoring.

    Specification

    Model ATO-CWDZ101
    Measurement Medium Liquid or gas (compatible with contact material)
    Measurement Range -50~300°C (See detailed parameter selection table)
    Communication 4~20mA
    Insertion Depth 30mm/50mm/100mm/150mm/200mm/300mm
    Measuring Element 1*Pt100 (Class 1/3B)
    Accuracy 0.5%FS
    Stability ±0.1% FS/year
    Protection Level IP66
    Display LCD liquid crystal display
    Durability 1x10⁶ cycles (from lower limit to upper limit)
    Weight ≈ 2.5 kg
    Resolution 0.05%FS
    Protocol Parameters
    Network Mode NB-IoT
    Upload Information Data, battery level, signal strength
    Transmission Interval 15 min ~ 24 h/interval (default 2 h/interval)
    Transmission Time ≈ 12 s/interval
    Transmission Power ≈ 0.5 mA/interval
    Collection Frequency Transmission interval period 1~30 times (default 30 times)
    Collection Time ≈ 1 s/interval
    Collection Power ≈ 0.002 mA/interval
    Environmental Conditions
    Operating Temperature -40~85°C
    Operating Humidity 0%~95% RH (non-condensing)
    Material Properties
    Protective Tube 304 Stainless Steel (in contact with measured medium)
    Process Connection 304 Stainless Steel (in contact with measured medium)
    Housing Die-cast Aluminum

    Feature

    Wireless temperature sensor feature

    • Equipped with NB-IoT Module: Provides wide coverage, multiple connections, fast data rate, low power consumption, and optimal architecture for IoT applications.
    • Integrated Lithium Battery: Features a convenient, replaceable 3.6V lithium battery (19Ah*2) with a fully sealed structure, ensuring stable operating voltage.
    • Wireless Data Transmission: Allows remote data transmission and configuration through PC and mobile app, with options to store and retrieve historical data without needing on-site wiring.
    • High-Precision PT100 Sensor: Uses a 1/3B-class PT100 platinum resistance sensor for accurate temperature measurement.
    • LCD Display with Magnetic Wake-Up: Backlit LCD screen for easy observation in dark environments; magnetic wake-up feature for convenient data display without buttons.
    • Stainless Steel Probe: Corrosion-resistant and high-temperature tolerant probe, designed for long-term stable use.
    • Durable Metal Die-Cast Housing: Rugged die-cast metal construction for enhanced durability and robustness.

    Size

    Wireless temperature sensor size

    Application

    This Wireless remote temperature sensor is widely applicable in various fields, including Industrial IoT, intelligent monitoring of water supply and drainage pipe networks, smart monitoring of firefighting water systems, environmental monitoring of utility tunnels, smart healthcare, and smart parks. Wireless temperature sensor application

    Tips: How does NB-IoT enhance the functionality of the Wireless Remote Temperature Sensor?

    NB-IoT (Narrowband Internet of Things) significantly improves the sensor's functionality by enabling stable, low-power, long-range communication. This means the sensor can transmit temperature data over vast distances with minimal energy consumption, making it perfect for remote or hard-to-access locations where regular monitoring might be challenging. Additionally, NB-IoT supports a high number of connections, ensuring reliable data transmission even in densely connected environments. By leveraging this technology, the sensor can offer real-time temperature monitoring without the need for frequent maintenance or battery replacements, as it is highly energy-efficient.

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