Grain continues to interact with its environment after harvest. In storage, grain gives off moisture and heat, and thus creates potential for condensation, mold, and uneven dryness. If left to their natural course, such conditions have the ability to cause serious quality deterioration and loss. The key to successful storage in the long term is to keep humidity and temperature under control to slow biological activity and stop spoilage.
How the Grain Temp Guard System Works?
The Grain Temperature Monitoring system is forward-thinking in storage management by constantly monitoring bin temperature and humidity. As compared to regular monitoring equipment, which only provides general readings, the system presents accurate readings to provide optimal storage conditions.
The system is available in two models to suit different storage capacities. The Dual Temperature (DT) is for observing stored, dry grains to detect hidden changes in temperature, reflecting potential spoilage. The Humidity-Temperature (HT) observes moisture and temperature, providing crucial data for grains in conditioning or for grains of higher moisture content.
By setting personal alert thresholds, the system alerts in advance if conditions fall outside safe ranges. The capability to provide advance notice makes possible timely response, in the form of adjusting aeration systems, redistributing grain, or otherwise, to maintain storage stability.
Preserving Grain Quality and Ensuring High Yield
Proper storage conditions do more than simply minimize loss; they directly contribute to increased yield by keeping weight, nutrient content, and overall integrity. Among farmers’ most common complaints is over-drying, compromising grain weight and incurring excessive loss.
Storage integrity and product quality both depend on maintaining moisture. The Grain Bin Monitoring system in Iowa provides accurate, timely moisture readings, keeping stored grain quality optimal.
Another critical factor in maintaining grain quality is energy efficiency. Operating conditioner and aerator systems unnecessarily is wasteful. On the basis of accurate monitoring data, decisions on whether and for how long to do so may be made, keeping waste to a minimum while grain is in good, stable quality.
Built for Durability and Easy to Operate
Grain storage conditions can quickly change, and thus, having an available and reliable system is imperative. The Grain Temp Guard system is made to fit in today’s storage configurations. Probes in standard lengths fit multiple bin capacities to provide thorough protection. The sidewall and door mounts provide versatile installation, and installation is made convenient by having individual placement options for optimal function.
Built for durability, the system is encased in a sealed poly case and is available in a transparent cover for easy visibility. 110V external power supplies power, and it is equipped with battery backup to ensure uninterrupted monitoring, including in case of a power outage. Such reliability assures access to accurate storage data.
Smarter Storage for Stronger Harvests
Grain storage is an investment, and its success depends on maintaining ideal conditions throughout the storage cycle. The Grain Temp Guard system provides the tools needed to monitor and manage storage environments with precision. From preventing spoilage to optimizing energy use, this technology supports higher yield retention and greater efficiency in farming operations.
As agriculture continues to evolve, the need for smarter, data-driven storage solutions becomes increasingly important. The ability to monitor grain conditions in real time ensures that every harvest is stored safely and remains in top condition. The Grain Temp Guard system delivers the insights necessary to protect grain quality, extend storage life, and improve efficiency, making it an essential tool for modern farming.