iGRAIN - Monitoring
iGRAIN offers integrated sensor systems for monitoring and controlling stored grain, including temperature, moisture, CO₂, and level measurement, with optional automatic aeration control.
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NEUERO iGRAIN – Precise Monitoring for Safe Grain Storage
With the digital monitoring systems from NEUERO iGRAIN, you always keep an overview of the condition of your stored grain. The sensor solutions were specifically developed for the requirements of modern agriculture and industry and offer comprehensive control over all relevant storage parameters:
Monitored Parameters:
- Temperature: Early detection of hotspots to prevent spoilage.
- Moisture: Protection against mold formation and quality loss.
- CO₂ Concentration: Indicator of biological infestation and microbial degradation.
- Relative Humidity in the Headspace: Control of the microclimate in the silo.
- Fill Level: Precise determination of inventory via level sensors.
- Weather Data: Integration of weather stations for optimal aeration control.
- Full/Empty Sensors: Automatic detection of loading and unloading states.
- Spoilage Detection & Fire Warning: Early detection of spoilage and fire hazard.
System Integration & Control:
- Automatic Aeration Control: Demand-based ventilation to maintain grain quality.
- PLC / SCADA Integration: Seamless integration into existing control systems.
- HACCP-compliant: Support for quality assurance and documentation.
- Mobile Data Overview: Access to all sensor data via smartphone, tablet, or PC.
Technical Data
| Sensor Type | Measured Variable | Special Features |
|---|---|---|
| Temperature Sensor | Temperature in the stored material | Digital precision measurement |
| Moisture Sensor | Grain moisture | Prevention of mold formation |
| CO₂ Sensor (Infestation Sensor) | CO₂ Concentration | Early detection of pest infestation |
| Headspace Sensor | Relative Humidity | Microclimate control |
| Level Sensor | Fill level in the silo | Inventory monitoring |
| Weather Station | Outside temperature, air humidity, etc. | Ventilation optimization |
| Full/Empty Sensors | Loading/Unloading states | Automated process control |
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