Connect separate fields and facilities
Review coverage, equipment identity and the path into your chosen platform.
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Agriculture & Irrigation Monitoring Hardware
Soil, irrigation, farm-tank, well, pump and agricultural-weather hardware for farms, greenhouses and orchards.
Related products
The exact model, interfaces and enclosure are confirmed in the written quotation.
Equipment selection, or help with the whole farm?
Start with a country and a short description. We can help select one device, configure a kit, or plan the farm equipment list and agreed integration. Technical details can follow.
Compare ways to work with SunGene →Why this application needs hardware
Yields depend on soil moisture, nutrients and microclimate, yet most fields are still managed by feel. Without continuous soil and climate data, water and fertiliser are wasted and crop stress goes unnoticed.
Hardware for this application
- 1Soil moisture / temperature / EC sensors and a weather station capture field conditions.
- 2SunGene supplies soil sensors, flow meters, pressure sensors, RTUs, data loggers, gateways, weather sensors and solar power commonly used in irrigation monitoring.
- 3Hardware interfaces and protocols can be selected to match the customer existing SCADA, PLC or cloud architecture.
Is this the right page?
Use this page when a farm, greenhouse or orchard needs field measurements connected to a defined irrigation, maintenance or alert workflow rather than a generic sensor dashboard.
Outdoor field-monitoring context
Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
See where the system fits
Keep remote measurement points supplied
Size field power around the final equipment load, seasonal sunlight and visit interval.
Explore this requirementWhat buyers usually need to monitor
Soil
Moisture, temperature and EC at representative depths and zones.
Water assets
Tank or well level, irrigation flow, pressure and pump state.
Microclimate
Temperature, humidity, rainfall, wind or leaf wetness where they support a decision.
Station health
Battery, solar charging, radio quality and last report time.
Equipment in the system
System design, software integration, PLC/SCADA programming and site installation responsibilities are agreed in the written project scope.
Data destination
Customer platform or an agreed third-party service
Typical hardware paths
Path 1
LoRaWAN field network
Best for: Many low-power points within a gateway service area.
- 1Field sensors
- 2LoRaWAN nodes
- 3Farm gateway
- 4Customer application
Path 2
Remote cellular station
Best for: An isolated well, tank or pump site.
- 1Water and pump inputs
- 2Low-power RTU
- 3Cellular backhaul
- 4Remote records and alarms
Related hardware
Hardware families for this requirement
The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
Soil Moisture, Temperature & EC Sensor
Three-parameter soil probe for moisture, -30 to +70 °C temperature and selectable EC ranges, with 0-2 V, RS485 Modbus RTU or SDI-12 output.
Wireless Leaf Moisture & Temperature Sensor
Outdoor node for measuring leaf moisture and leaf temperature in crops, with LoRaWAN, NB-IoT or LTE-M variants for remote field monitoring.
Tipping-Bucket Rain Gauge
Tipping-bucket rain gauge with a 200 mm collector, pulse or RS485 output variants and a removable debris filter for weather, hydrology and irrigation monitoring.
Submersible Level Transmitter
Immersion level transmitter for tanks, reservoirs and wells where direct hydrostatic level measurement is preferred.
Outdoor LoRaWAN Gateway
IP65 outdoor multi-channel LoRaWAN gateway with Ethernet / Wi-Fi, 802.3af PoE, secure MQTT and optional cellular backhaul for distributed sensor networks.
Confirm before selection
- Choose sensor locations from field zones, not convenience.
- Define soil depth and number of representative points.
- Confirm pump monitoring is separate from control.
- Calculate battery life from reporting and alarm frequency.
- Check radio coverage and gateway mounting.
Send this for a useful quote
- Field map and zones
- Soil and weather parameters
- Water and pump details
- Power and autonomy
- Network and country
- Pilot point count
Scope boundaries
- The hardware supplies measurements; crop recommendations, irrigation design and yield claims remain with the buyer or agronomist.
- Field installation and remote-control safety must be owned by qualified local parties.
Hardware reference for the final selection
Exact model, interfaces and enclosure are confirmed in the written quote.
Official references
Buyer questions
How many soil sensors are needed?
That depends on field variability, crop zones, depth and the decision being made. Start with a representative pilot layout rather than one sensor for an entire farm.
Can one gateway cover the whole site?
Coverage depends on terrain, vegetation, mounting height, band and obstructions. A site map and pilot radio check are needed.
Can irrigation pumps be included?
Run, fault, current, pressure and flow can be monitored when the available signals are defined.
Typical hardware
- Soil Moisture / Temperature / EC Sensor
- Ultrasonic Weather Station
- Wireless Gateway
Common interfaces
- LoRaWAN
- NB-IoT
- RS485
- 4G LTE
Related application hardware
Environmental MonitoringGet selection help
Start with a short description. A complete equipment list is not required.