Industrial-grade environment monitoring solution. Up to 100 wireless sensors can be added per single base station within the line-of-sight range up to 3 km / 1.9 mi. Aranet PRO comes with complimentary software for data analysis.
Aranet4 sensor is an innovative, stand-alone device for effortless monitoring of indoor air quality - CO2, relative humidity, temperature and atmospheric pressure.
Aranet T Compact sensor - business critical real-time temperature readings for supermarkets and cold storage with a small form factor and food grade casing.
Aranet wireless temperature and relative humidity sensors have exceptionally low energy consumption that allows the sensors to function up to 10 years without replacing the battery.
Aranet wireless temperature and relative humidity sensors have IP67 protection class, the sensor can be placed in harsh environmental conditions and withstand excessive humidity.
Designed for HVAC environmental controls, temperature and relative humidity monitoring systems inside buildings, equipment or machinery, process monitoring and control systems.
Temperature probe sensors measure and monitor air, liquid and solid surface temperature. The probe can be placed in liquids or places that require close contact temperature measurements, like heating pipes or soil.
Aranet PT100 is an easy-to-use, wireless sensor that monitors air, liquid and solid surface temperature. Available with 1 m temperature probe sensor including a platinum element for temperature measuring.
Aranet Differential Pressure sensor is used for measuring the difference in air pressure between two points. This sensor is typically used in HVAC, building automation, clean rooms, pharmaceutical industry and laboratories.
Aranet wireless, battery-powered carbon dioxide sensors have IP67 protection class – they can be placed in harsh environmental conditions. Sensors perform highly accurate measurements as well as they are flexible and easy to setup.
Wireless, battery-powered sensor kit for use in laboratories, livestock, poultry farms and sewage treatment plants to monitor the leakage of ammonia gas and give an alarm to protect humans and animals.
Aranet LUX sensor detects ambient light in all kind of building environment – offices, retail spaces, conference rooms and other places that require coordinated lighting solutions.
Aranet Ultrasonic Distance sensor works with a wide range of liquid and non-liquid materials. Various practical applications of the sensor include grain level measurement in a silo or the level of a liquid in a container as well as other uses.
The weight sensor allows close monitoring of plant growth and development, therefore allowing for more precise optimization of plant environmental conditions.
The soil moisture sensor helps determining the optimal watering for the plants by regularly indicating the water content of the soil and fertilizer nutrient levels for optimal plant growth.
Convection Radiation Shield in combination with temperature & relative humidity sensor provides precise air temperature measurements for the greenhouse environment.
Aranet stem micro variation and 4-20mA sensor combination offers full wireless solution for stem variation monitoring in greenhouses. The sensor allows investigating effects of irrigation rate and other environmental factors on water balance and growth of plants.
Wireless and battery-powered sensors provide very accurate temperature and relative humidity measurements in harsh environments, especially in high ammonia concentrations like livestock and poultry farms.
Wireless, battery-powered sensors control the environment by detecting even slightly increased amounts of carbon monoxide (CO) gas to prevent carbon monoxide poisoning.
Aranet AC Hour meter is a wireless, battery-powered sensor that shows precise run time of devices, machines or other equipment connected to the power grid.
Aranet 4-20mA transmitter is a battery-powered and energy-efficient solution designed to integrate with any 3rd party sensor that uses mA as an output.
Aranet Signal Test sensor designed to analyze the signal strength and help IoT system deployers install and plan sensor placements in desired locations.
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