Define the measurement
Specify the medium, target parameters, measurement range, required accuracy, installation conditions and controller interface. Suitability must be checked against an approved datasheet.
SENSING THE WORLD. CONNECTING YOUR BUSINESS.Environmental sensors.
Environmental sensors.
Connected possibilities.
Environmental sensors and IoT monitoring solutions for agriculture, water, buildings and industry. Start with what you need to measure. Find the right configuration for your project.
Smart agriculture sensorsWater quality sensorsIndustrial sensors
Measurement parametersCO₂ / pH / RH
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ODSENSE
One portfolio. Many environments.
Explore six measurement areas, from indoor air to the water beneath the surface.
01
Indoor air quality sensors
Indoor air quality sensor · Temperature and humidity sensor · Carbon dioxide sensor
02Smart agriculture sensors
Temperature and humidity sensor · Soil moisture sensor · Carbon dioxide sensor · Ammonia gas sensor
03Industrial sensors
Temperature and humidity sensor · Differential pressure transmitter
04Water quality sensors
Water quality sensor · Dissolved oxygen sensor · pH sensor · Electrical conductivity sensor
05Outdoor air & weather sensors
Temperature and humidity sensor
06IoT gateways
LoRaWAN gateway
Built around your environment.
Plan the measurements, installation and integration your application needs.
From measurement to integration.
A clear project brief is the first step toward a suitable sensor. Define the conditions before choosing the hardware.
Describe the installation
Consider the installation environment, mounting location, power supply and access for maintenance when selecting your equipment.
Confirm the integration
RS485 Modbus and LoRaWAN are integration options to discuss, not confirmed features of every product. Check protocol, power supply and network compatibility for the selected model.
Products
Explore sensors and gateways for a wide range of monitoring applications.
YF500-CO2 · Greenhouse CO₂, temperature and humidity sensor
For greenhouse CO₂ monitoring, the YF500-CO2 combines carbon dioxide, temperature and humidity measurements. Compare the required measurement range and controller interface before selecting an ordering code.
Technical information
YF500-S · Multi-parameter soil sensor
The YF500-S combines soil moisture, temperature, electrical conductivity and pH measurement for root-zone monitoring. Confirm the probe configuration and soil-specific calibration requirements.
Technical information
YF500-WQ · Multi-parameter water quality sensor
The YF500-WQ measures water pH, conductivity and temperature. Dissolved oxygen and other channels are optional; confirm the probe combination and conductivity cell constant.
Technical information
GDI51 · LoRaWAN gateway
The GDI51 is an indoor LoRaWAN gateway based on the SX1302 chipset. Select the regional frequency version and confirm backhaul, power supply and network-server compatibility.
Technical informationA practical approach to sensing.
ODSENSE manufactures professional environmental sensors and monitoring equipment for agriculture, water, buildings and industry.
Founded in 2015, ODSENSE manufactures environmental sensors and IoT monitoring products for distributors, system integrators and project teams in agriculture, water monitoring, buildings and industry. Each measurement, installation and communication configuration is confirmed for the intended application.
About usFrequently asked questions
How do I choose a suitable sensor?
Specify the medium, target parameters, measurement range, required accuracy, installation conditions and controller interface. Suitability must be checked against an approved datasheet.
Are all communication options standard?
No. Interfaces, power supplies and accessories depend on the confirmed model. Request a written configuration identifying standard and optional items before ordering.
Can I submit an enquiry now?
You can prepare and download an enquiry draft. Mailbox, online submission and WhatsApp are pending configuration; delivery has not been tested.
Monitoring applications for farms and facilities
Explore practical application examples and the measurements to discuss for each site.
Greenhouse climate
For a greenhouse, temperature, humidity and carbon dioxide measurements can help teams understand growing conditions. Select sensor locations, communication interfaces and measurement ranges for the site.
Explore greenhouse monitoring ↗Field and root-zone monitoring
Soil moisture and temperature measurements can support irrigation planning. Consider soil type, representative probe placement and calibration before choosing a sensor.
Explore agriculture sensors ↗Livestock facilities
Temperature, humidity and ammonia are useful parameters to consider when planning a livestock monitoring system. Confirm the measurement and installation requirements for each building.
Explore livestock monitoring ↗ODSENSE
Get a quote What do you need to measure?
Share your application, target parameters and integration requirements.