LoRaWAN Wireless Sensor Nodes: EVA & WISE-2000


LoRaWAN-enabled sensor nodes enable data collection with low-power, long-range connectivity, facilitating equipment monitoring in large areas.

  • EVA-2210


    EVA-2210 measures diverse equipment currents like pumps, compressors, and more. Its LoRa connectivity enables data transmission over long ranges, up to thousands of meters. It's easily installable on walls, metal boxes, or poles. Powered by 2 AA 3.6v Li-ion batteries, it can last up to 3.5 years.


  • EVA-2310


    EVA-2310 measures temperature and humidity in various spaces (office, hospital, classroom, warehouse) with LoRa for long-range data (1000m+). Mountable on walls, metal boxes, or poles, powered by 2 AA 3.6v Li-ion batteries for up to 5 years under specific conditions.


  • EVA-2311


    LoRaWAN PT1000 probe, 2m cable, IP67, and -70°C to 200°C detection range. Versatile for various applications, with wide-range LoRa connectivity reaching hundreds or thousands of meters. Mountable on walls, metal boxes, or poles. Powered by 2 AA 3.6v Li-ion batteries, lasting up to 5 years.


  • EVA-2510


    Water leak sensor for cooling and water systems. Wide range, long-range LoRa connectivity. Alerts for quick action, reducing damage risk. Installs easily, powered by 2 AA 3.6v Li-ion batteries for up to 5 years.


  • WISE-2410


    WISE-2410 is a LoRaWAN wireless conditional monitoring sensor integrated with ARM Cortex-M4 Processor, LoRa transceiver, 3-axis accelerometer and temperature sensor. Battery life cycle is 2 years with IP66 enclosure.


  • WISE-2410SK


    WISE-2410SK is a ready-to-use LoRaWAN wireless condition monitoring solution. This package includes a WISE-2410 vibration sensor, WISE-6610 LoRaWAN gateway, magnetic base and 2 batteries for WISE-2410, and also an AC to DC adapter for WISE-6610.


  • WISE-2410X


    WISE-2410X, a vibration and temperature integrated sensor with ATEX2 and IECEx certification for installing in hazardous and explosive environments, provides accurate operation status by cross-comparison of RMS speeds and eigenvalues against ISO 10816-1 standards and vibration characteristic values.


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