TRIME® GWs Grain Moisture Sensor

Optimize grain drying process with TRIME® GWs grain moisture sensor. Grain dryer moisture probe for corn, rice, coffee beans, soybeans, and more.

Description

TRIME® GWs Grain Moisture Sensor

TRIME® GWs grain moisture sensor is designed for grain handling and drying processes with the innovative TDR measuring technology. Whether you’re dealing with corn, wheat, maize, rice, coffee beans, soybeans, cocoa beans, or any other grains and beans, our sensor ensures the utmost precision and efficiency in real-time moisture measurement.

 

 

TRIME® GWs grain moisture sensor

 

 

Unlock Unparalleled Accuracy in Grain Drying Process

TRIME® GWs grain moisture probe excels in providing precise and continuous measurements, even within dryers operating at temperatures of up to 120°C (248°F). Whether you’re dealing with corn, rice, wheat, cereals, oil seeds, pulses, dried fruit, animal feed, woodchips, powders, granulate, or any other type of grain, this sensor delivers reliable grain moisture sensor performance.

Control Moisture at Every Stage with GWs Grain Moisture Sensor

The TRIME® GWs grain moisture probe is your ideal companion for monitoring grain moisture during material delivery and ensuring manual or automatic moisture control in kiln drying processes. It puts you in charge of moisture levels, optimizing product quality and minimizing losses.

Our Grain Dryer Moisture Sensor uses Advanced Sensing Technology

TRIME® TDR (Time Domain Reflectometry) moisture sensing rods create a broad magnetic field, increasing penetration depth in materials, leading to higher measurement accuracy and stability. The flexible probe design makes it suitable for a variety of applications in grain moisture measurement technology.

 

TDR Sand Moisture Meter working Principle

 

Tailored Solutions for Optimal Flow

For applications with challenging material flowability, consult us for a customized solution. We’re here to ensure your process runs smoothly, regardless of the material’s characteristics in moisture measurement for grains.

Efficient Grain Dryer Moisture Sensor

When harvesting grain, excess water content is common. Storing such grain in a silo without drying could lead to mold formation and product loss. Vertical dryers come to the rescue, but efficient drying requires precise control. TRIME® GWs grain dryer moisture sensor helps you monitor product moisture directly, eliminating the need for indirect methods. No more guesswork based on exhaust air humidity or temperature; TRIME® GWs directly measures water content, offering continuous monitoring and optimizing your process control.

 

TRIME® GWs grain moisture sensor

 

 

Product Highlights:

  • Direct moisture measurement in the material, even in hard-to-reach places.
  • Continuous recording and monitoring of moisture content and temperature.
  • Enhanced and precise process control at every step.
  • Improved process stability, reducing product losses from over-drying or under-drying.
  • Cost savings through enhanced energy efficiency by preventing unnecessary over-drying.

Transform your grain handling and drying operations with TRIME® GWs Grain Moisture Sensor. Experience the future of precise grain moisture measurement technology and optimize your processes for efficiency, quality, and cost savings. Invest in our grain dryer moisture sensor today and take control of your moisture measurement for grains.

› Determination of grain and product moisture directly in the dryer
› Inline measurement within the process at temperatures up to 130°C
› Continuous measurement for higher process efficiency
› Cost savings as over- and under-drying treatment eliminated
› Measuring range up to 70% moisture
› Resolutions in dry area up to 0.05%
› Different probes for each application and demand
› Trouble-free system connection to SCADA
› Product temperature with an integral temperature sensor
› Optimized workflows with cost savings
› Special PEEK material for food industry
› Robust probe designs for long-term use under extreme conditions
› Independent of grain type, temperature of material, and ionic conductivity