Sensors, gateways and edge devices we deploy with NARA. Add what you need to your cart and request a quote — we reply within one business day.
Non-contact radar level transmitter for monitoring liquids and bulk solids in industrial tanks and vessels. Its 76–81 GHz radar and narrow beam help reduce interference from surrounding structures. The standard 4–20 mA + HART configuration can be integrated with compatible monitoring equipment. Integration with NARA requires a compatible sensor interface and configuration.
An environmental monitoring system combining ammonia (NH3), carbon dioxide (CO2), temperature and humidity measurement. A compact controller connects to separate gas probes and a temperature/humidity probe, making it suitable for livestock and poultry facilities, greenhouses and industrial environmental monitoring. Compatible communication configurations allow sensor data to be integrated with NARA monitoring equipment and dashboards.
he NARA NA7048 is a rechargeable GPS tracker for monitoring vehicles, trucks and mobile assets. Its magnetic mounting design enables convenient attachment to suitable metal surfaces, while built-in GPS and cellular antennas keep the unit compact. The device supports real-time GPS location reporting over cellular networks and offers configurable geofence, overspeed, movement, vibration, low-battery and removal alerts. A 10,000 mAh rechargeable battery supports portable operation; actual operating time depends on reporting frequency, cellular coverage and configuration. The supplied product information lists an IP67 enclosure and infrared removal detection. Suitable applications include fleet monitoring, logistics, asset location and vehicle security. Connection to NARA Fleet requires compatible tracker protocol support, SIM/APN configuration and server settings. Platform integration must be verified for the selected hardware and firmware.
★ Top Selling
The NARA SOIL-8 is an advanced 8-in-1 agricultural soil monitoring sensor designed to measure critical soil conditions in real time. It monitors soil moisture, temperature, electrical conductivity (EC), salinity, pH, nitrogen (N), phosphorus (P), and potassium (K). Equipped with an RS485 communication interface, the sensor can be integrated into the NARA Smart Agriculture platform through a compatible IoT gateway, enabling remote monitoring, data visualization, intelligent alerts, and data-driven agricultural management.
A long-range temperature and humidity sensor for greenhouses, open farms, cold rooms and crop or feed storage. It measures to ±0.2 °C and ±2 % RH and reports over LoRaWAN at distances of more than 2 km, so one gateway can cover an entire farm. Ultra-low power consumption gives about 6 years of battery life with hourly reports, or 4 years at 30-minute intervals. On NARA, the readings drive climate alerts, irrigation and ventilation decisions, and storage-quality records.
A long-range climate sensor for greenhouses, farms, cold stores and outdoor sites. It measures temperature and humidity through an external probe, shows live readings on its LCD and reports over LoRaWAN to the NARA platform at distances of more than 1 km. Up to 100,000 readings are logged on the device, so no data is lost when coverage drops. A 2,700 mAh battery, IP-rated housing and a choice of short or long probes make it suitable for both sheltered and exposed locations.
A compact Bluetooth LE sensor that keeps a constant watch on temperature and humidity in greenhouses, nurseries, storage rooms and warehouses. Readings are broadcast up to 100 m to a nearby gateway and passed to the NARA platform for trends and threshold alerts. Its IP66 housing tolerates dust, irrigation spray and washdowns, and a long-life lithium iron phosphate battery keeps it running for about three years without attention.
A buried soil probe that measures moisture, temperature and electrical conductivity (EC) at root level and sends the readings over LoRaWAN. EC is temperature-compensated, giving a reliable picture of salinity and nutrient availability through the day and across seasons. Low power consumption allows long unattended deployments in fields, greenhouses, orchards and landscaped areas. On NARA, readings drive irrigation scheduling, fertigation decisions and alerts when soil dries out or salinity rises.
An outdoor temperature and humidity sensor that reports directly over the cellular NB-IoT network, with no gateway to install. It suits farms, greenhouses, orchards and remote weather points where LoRaWAN coverage is not available but an operator's NB-IoT service is. Low power consumption allows long battery operation between site visits. On the NARA platform, readings become microclimate trends, frost and heat-stress alerts and records for irrigation and crop planning.
A waterproof temperature and humidity sensor built for open fields, greenhouses and weather stations. It reports over LoRaWAN, reaching kilometres to a gateway, and raises an alarm as soon as temperature leaves the range you set. Low power consumption keeps it running on battery for long periods in the field. On the NARA platform, readings feed microclimate maps, frost and heat alerts and greenhouse climate control, helping growers protect crops and plan irrigation.
A buried probe that measures soil pH and soil temperature and reports both over LoRaWAN. Built-in temperature compensation keeps pH readings accurate as the soil warms and cools, and the sensor can be recalibrated by the user in the field. It helps growers time liming and fertiliser application, spot acidification and manage fertigation in fields, orchards and greenhouses. Low power consumption and battery-level reporting make it a long-term installation, with NARA mapping pH trends across every plot.
A leaf-wetness sensor that mimics a plant leaf and measures surface moisture and leaf temperature, reporting both over LoRaWAN. Knowing how long leaves stay wet is a key input for predicting fungal diseases such as mildew and blight. Place it in the canopy of vineyards, orchards, field crops or greenhouses. Low power consumption supports long battery operation, and NARA combines leaf data with weather readings to time spraying and irrigation more precisely.
A soil probe that measures moisture, temperature and electrical conductivity (EC) and sends the data straight over the cellular NB-IoT network. With a micro-SIM inside, there is no gateway to install, which suits scattered plots and remote farms. Moisture shows when to irrigate, while EC tracks fertiliser levels and salinity build-up. Low power consumption allows long battery operation, and NARA turns the readings into irrigation schedules, salinity alerts and seasonal soil trends.
A leaf wetness sensor that measures moisture and temperature on a leaf-like surface and reports directly over the cellular NB-IoT network, with no gateway to install. It suits orchards, vineyards, greenhouses and open fields where an operator's NB-IoT service is available but a private LoRaWAN network is not. Leaf wetness duration is a key input for fungal disease models and spray timing. A micro-SIM slot takes any NB-IoT SIM, and low power consumption keeps it running between site visits. On the NARA platform, readings become disease-risk alerts and records for crop protection planning.
A buried soil probe that measures pH and soil temperature and sends both directly over the cellular NB-IoT network, with no gateway required. Built-in temperature compensation keeps pH readings reliable as the soil warms and cools through the day and the season. It suits farms, orchards, nurseries and research plots spread over areas with operator NB-IoT coverage. A micro-SIM slot takes any NB-IoT SIM, and low power consumption allows long unattended operation. NARA tracks pH trends per plot to guide liming, fertiliser choice and fertigation.
A battery-powered LoRaWAN node that connects multi-segment soil moisture probes, with direct support for GroPoint profile probes, and sends their readings wirelessly. A single profile probe shows how moisture moves through the root zone at several depths, so irrigation can be timed to reach the roots without wasting water below them. The IP66 enclosure is built for the field, and an 8,500 mAh battery supports long-term, unattended operation. On the NARA platform, depth-by-depth moisture profiles drive irrigation scheduling, water-use reports and alerts for dry or waterlogged soil.
An add-on sensor for the NARA weather station that measures photosynthetically active radiation (PAR): the 400–700 nm band of natural light that plants use for photosynthesis. It connects over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards the data to NARA. PAR tells growers how much usable light a crop actually receives, which is more meaningful than general brightness. It supports greenhouse shading and supplemental lighting decisions, crop growth models and yield research in fields and protected cultivation.
An add-on sensor for the NARA weather station that measures total solar radiation across the 0.3–3 µm (300–3,000 nm) spectrum. It connects over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards the readings to NARA. Solar radiation is a core input for calculating evapotranspiration and crop water demand, so it directly improves irrigation scheduling. It is also used to assess solar energy potential, monitor greenhouse heat load and build long-term climate records for farms and research sites.
A four-in-one add-on sensor for the NARA weather station that measures air temperature, relative humidity, illuminance and barometric pressure in a single unit. It connects over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards the data to NARA. Combining four core parameters in one sensor reduces wiring and mounting points on the mast. The readings feed frost and heat-stress alerts, disease-risk models, greenhouse climate control and local weather trends for farms, campuses and industrial sites.
An add-on sensor for the NARA weather station that detects the presence of rain or snow the moment precipitation starts. It connects over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards each event to NARA. A heated sensing surface dries itself after precipitation stops, so the sensor reports the end of an event accurately and melts snow for detection. The grid electrode uses an electroless nickel / immersion gold (ENIG) finish to resist corrosion outdoors. Typical uses include pausing irrigation, closing greenhouse vents and roofs, and triggering alerts at construction and logistics sites.
An add-on air-quality sensor for the NARA weather station that measures carbon dioxide and fine and coarse particulate matter (PM2.5 and PM10). It connects over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards the data to NARA. CO2 is measured with an NDIR sensor with internal temperature compensation, and particulates by laser scattering. Typical uses include CO2 enrichment control in greenhouses, dust monitoring around farms, quarries and construction sites, and air-quality reporting for campuses and industrial zones.
An integrated add-on sensor for the NARA weather station that measures both wind speed and wind direction in a single unit. It connects over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards the readings to NARA. One mounting point replaces a separate anemometer and wind vane, and the polycarbonate (PC) enclosure resists corrosion outdoors. Wind data supports spray-drift decisions, greenhouse vent and screen control, frost-risk assessment, and safety alerts for cranes, work at height and open storage yards.
A compact add-on rain gauge for the NARA weather station that measures rainfall and reports it over RS485 to an RS485-to-LoRaWAN converter or the weather-station controller, which forwards the data to NARA. Its small size and ABS enclosure make it easy to mount on a weather-station mast, a rooftop or a field post. Rainfall totals and intensity feed irrigation scheduling and water-balance calculations, flood and runoff alerts, and long-term climate records for farms, municipalities and infrastructure sites.
A leaf-wetness sensor that sits in the crop canopy and measures leaf surface moisture and leaf temperature, reporting both over LoRaWAN. How long leaves stay wet is a key input for predicting fungal diseases such as mildew and blight, so growers can spray when the risk is real rather than on a fixed calendar. Choose a long-life 8,500 mAh battery or a solar panel with a rechargeable pack for unattended seasons in vineyards, orchards, open fields and greenhouses. Settings can be changed over Bluetooth 5.1 or remotely over LoRaWAN, and firmware is updated wirelessly (OTA).
A buried probe that measures soil pH and soil temperature and reports both over LoRaWAN, together with the device battery level. Automatic temperature compensation keeps pH readings accurate as the soil warms and cools, and the user can recalibrate pH in the field. It helps growers time liming and fertiliser application, detect acidification and manage fertigation in fields, orchards and greenhouses. Choose an 8,500 mAh battery or a solar-charged version for long-term installations; configuration is done over Bluetooth 5.1 or remotely over LoRaWAN, with wireless OTA firmware updates. NARA maps pH trends across every plot.
A soil probe that measures moisture, temperature and electrical conductivity (EC) and reports them over LoRaWAN. EC readings are temperature-compensated, so fertiliser and salinity trends stay comparable from morning to afternoon and across seasons. Moisture shows when and how much to irrigate, while EC tracks nutrient levels and salt build-up — especially important with brackish water. Choose an 8,500 mAh battery or a solar-charged version for fields, orchards, palm farms and greenhouses. Configure it over Bluetooth 5.1 or remotely over LoRaWAN, update firmware wirelessly, and let NARA turn the readings into irrigation schedules and salinity alerts.
A converter that reads professional SDI-12 sensors — soil moisture profiles, weather instruments, water-level and water-quality probes — and forwards their data over LoRaWAN. It removes the need for a cabled data logger, bringing existing research-grade and hydrological sensors onto a wireless network. A switchable 5 V or 12 V output powers the connected sensor only when needed, saving energy. Choose an 8,500 mAh battery or a solar-charged version for remote stations. Configuration is done over Bluetooth or remotely over LoRaWAN, firmware is updated wirelessly, and NARA stores and charts every sensor value.
An outdoor temperature and humidity sensor that measures from −40 °C to 80 °C and reports over LoRaWAN. Configurable temperature and humidity alarms send an alert as soon as readings leave the allowed range, so frost, heat stress or excessive humidity are flagged in time. It suits open fields, greenhouses, livestock sheds, grain and feed stores and outdoor equipment yards. Choose an 8,500 mAh battery or a solar-charged version for maintenance-free operation. Settings are changed over Bluetooth 5.1 or remotely over LoRaWAN, firmware is updated wirelessly, and NARA logs every reading for trends and compliance.
A converter that reads professional SDI-12 instruments — soil moisture profiles, weather sensors, water-level and water-quality probes — and sends their data over cellular NB-IoT, with no gateway to install. A switchable 3.3 V, 5 V or 12 V output powers the attached sensor only when a reading is taken, keeping power draw low. It batches several readings into one uplink and works on NB-IoT networks worldwide. Choose an 8,500 mAh battery or a solar-charged version for remote farms, stations and irrigation sites. Settings and firmware updates are handled over Bluetooth, and NARA stores and charts every channel.
A buried probe that measures soil moisture, soil temperature and electrical conductivity (EC), with temperature compensation for the EC reading, and reports over cellular NB-IoT. Growers use it to schedule irrigation, track fertiliser and salinity levels and avoid over-watering in fields, orchards, greenhouses and landscaping. No gateway is needed: the sensor connects directly to NB-IoT networks worldwide and batches several readings into one uplink to extend the life of its 8,500 mAh battery. Settings and firmware are updated over Bluetooth, and NARA maps moisture and EC trends per plot.
A buried probe that measures soil pH and soil temperature and reports both over cellular NB-IoT. Temperature compensation keeps pH readings accurate as the soil warms and cools, and the user can recalibrate pH in the field to maintain accuracy over time. It helps growers time liming and fertiliser application and detect acidification in fields, orchards and greenhouses where no LoRaWAN coverage exists. Several readings are batched into one uplink to stretch the 8,500 mAh battery, settings and firmware are updated over Bluetooth, and NARA tracks pH trends for every plot.
A leaf-wetness sensor placed in the crop canopy that measures leaf surface moisture and leaf temperature and reports over cellular NB-IoT. Leaf-wetness duration is a key input for predicting fungal diseases such as mildew and blight, so spraying can follow real risk rather than a fixed calendar. It connects directly to NB-IoT networks worldwide, with no gateway to install, and batches several readings into one uplink to extend its 8,500 mAh battery through the season. Suited to vineyards, orchards, open fields and greenhouses; settings and firmware are updated over Bluetooth.
An outdoor sensor that measures ambient temperature and relative humidity and reports over cellular NB-IoT, sending data by MQTT, MQTTS, TCP or UDP straight to NARA or your own server. It is available with an external probe on a cable, or in a shielded outdoor housing that protects the sensing element from sun and rain. Typical uses include field and greenhouse microclimate, livestock housing, cold stores and remote sites without LoRaWAN coverage. Low power consumption gives long battery life, and settings and firmware are updated over Bluetooth.
A LoRaWAN transmitter with four external soil probes on 3.5 m cables, so one device can measure moisture, temperature and electrical conductivity (EC) at four depths in the root zone or at four points around a tree, bed or irrigation line. Growers see how water and nutrients move through the profile and can tune irrigation and fertigation accordingly. An 8,500 mAh battery supports years of low-power operation in the field. Settings can be changed over Bluetooth 5.1 or remotely via LoRaWAN, firmware is updated wirelessly, and NARA charts every probe side by side.
A LoRaWAN sensor with two external soil probes on 2.5 m cables, measuring moisture, temperature and temperature-compensated electrical conductivity (EC) at two depths or two locations. Placing one probe near the surface and one deeper shows whether irrigation reaches the root zone, helping growers save water and manage salinity in fields, orchards and greenhouses. Low power consumption and an 8,500 mAh Li-SOCl₂ battery keep it running for years. Settings are changed over Bluetooth 5.1 or remotely via LoRaWAN, firmware updates are wireless, and NARA compares both probes on one chart.
A cellular soil sensor with two external probes on 2.5 m cables that measures moisture, temperature and temperature-compensated electrical conductivity (EC) at two depths or two points. It shows whether water and fertiliser reach the root zone, supporting irrigation scheduling and salinity control where no LoRaWAN gateway is available. It connects directly to NB-IoT networks worldwide and batches several readings into one uplink to stretch its 8,500 mAh battery. Settings and firmware are updated over Bluetooth, and NARA tracks both probes for every plot.
A cellular sensor that measures air temperature and relative humidity and reports over NB-IoT or LTE-M (CAT-M1), with no gateway to install. It suits greenhouses, orchards, livestock barns, cold stores and remote sites where frost, heat stress or condensation must be caught early. Choose an external probe for measuring inside enclosures or ducts, or an outdoor housing for mounting in the open. Data is sent via MQTT, MQTTS, TCP, UDP or CoAP, low power consumption extends battery life, and settings and firmware are updated over Bluetooth before NARA charts the trends.
The central unit of a modular LoRaWAN weather station. It reads the add-on sensors — rain gauge, wind speed and direction, CO2 / PM2.5 / PM10, rain and snow detection, temperature, humidity, illuminance, air pressure, total solar radiation and PAR — plus the 9-in-1 multi-parameter sensor and either an optical or tipping-bucket rain gauge, and sends all readings to NARA over LoRaWAN. An RS485 interface accepts third-party sensors. It runs from a 12 V supply that also charges the built-in 1,000 mAh Li-ion battery, making it well suited to farms, irrigation districts, campuses and industrial sites.
A single compact sensor head that measures nine parameters at once: wind speed, wind direction, air temperature, humidity, air pressure, illuminance, PM2.5, PM10 and noise. Replacing several separate instruments with one unit simplifies mounting, wiring and maintenance on a mast or rooftop. It is sold as an add-on for the NARA LoRaWAN weather station controller, which reads the sensor and forwards all nine values to NARA for microclimate monitoring on farms, campuses, construction sites and industrial facilities.
An optical rain gauge that detects rainfall without a tipping bucket and outputs one pulse for every 0.1 mm of rain. With no bucket mechanism to jam, it is a low-maintenance choice for dusty or remote sites where regular cleaning is difficult. It is sold as an add-on for the NARA LoRaWAN weather station controller, which counts the pulses and reports rainfall totals and intensity to NARA — useful for irrigation scheduling, flood warnings and site water management.
A solar-powered controller that opens and closes two irrigation solenoid valves over LoRaWAN, so fields, orchards, greenhouses and landscaped areas can be watered on schedule or on demand without trenching power cables. It drives DC 9–12 V latching pulse valves at up to 1.5 A, including TORO P150, PGV101 (9 V DC) and similar irrigation valves. Two pulse-counting inputs read water meters to measure the volume delivered on each line, and timed irrigation programmes run locally. A 10,000 mAh rechargeable battery with a 1.2 W solar panel, an IP67 enclosure and air-pressure balancing keep it working in the field, while NARA schedules watering and logs consumption.
A cellular converter that reads professional SDI-12 instruments — multi-depth soil moisture probes, weather sensors, water-level and water-quality probes — and sends their data over NB-IoT or LTE-M (CAT-M1), with no gateway to install. A controllable 3.3 V, 5 V or 12 V output powers the attached sensor only when a reading is taken, keeping consumption very low. Several readings are grouped into one uplink to save energy and data. Choose an 8,500 mAh battery or a solar-charged version for remote farms, hydrological stations and irrigation sites. Settings and firmware updates are handled over Bluetooth, and NARA stores and charts every value.
The central unit of a modular weather station that reports over cellular NB-IoT, so no LoRaWAN gateway is needed on site. It reads the add-on sensors — rain gauge, wind speed and direction, CO2 / PM2.5 / PM10, rain and snow detection, temperature, humidity, illuminance, air pressure, total solar radiation and PAR — plus the 9-in-1 multi-parameter sensor and an optical or tipping-bucket rain gauge. An RS485 interface accepts third-party sensors. It runs from a 12 V supply that also charges the built-in 1,000 mAh Li-ion battery, and NARA collects every reading for farms, irrigation districts, campuses and industrial sites.
A cellular transmitter that connects four soil probes, each on a 3.5 m cable, to measure moisture, temperature and temperature-compensated electrical conductivity at several depths or points from one unit. It reports over NB-IoT networks worldwide, so orchards, greenhouses and open fields can be monitored without installing a gateway. Several readings are grouped into one uplink to extend battery life. Choose an 8,500 mAh battery or a solar-charged version for long-term deployments. Configuration and firmware updates are done over Bluetooth, and NARA turns the profiles into irrigation and fertigation insight.
A compact, solar-charged weather station for sites that need the essentials without a full mast installation. An external 3-in-1 sensor measures temperature, humidity and air pressure, and interrupt inputs accept a rain gauge and an illuminance sensor, with all readings sent to NARA over LoRaWAN. Power management is built in, so no separate MPPT controller or extra solar panel is required, and a 3,000 mAh rechargeable Li-ion battery carries it through the night. The IP66 enclosure suits farms, greenhouses, schools and rooftop monitoring points.
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