AMONIDA Digital Grain Humidity Meter, Portable LCD Display with Backlight & Automatic Temperature Compensation, Ideal for Wheat Corn Rice Soybean Coffee Pea Barley Oat

1. Bright and Accurate Display: The humidity meter has a digital display with backlight that allows accurate reading of measurements even under severe conditions. 2. Efficient Drying Monitoring: By monitoring grain dryness, this device can save time and costs, and help prevent and rot caused by humidity during storage. 3. Automatic Power Shut Off: The device off automatically 5 minutes after the last action, preserving battery life. It can also be manually turned off at any time. 4. Clear Display: This digital grain humidity meter is equipped with backlight LCD display with low power consumption, and distinct fonts that are comfortable to read under any condition. 5. Operates through Conductivity: The humidity meter runs through conductivity and features an automatic temperature compensation function for reliable and accurate readings. 6. Ensures Grain Quality: With the grain humidity detector, you can efficiently detect and manage the humidity content of grains, ensuring they meet storage and overall quality requirements. Specification: Item Type: Digital Grain Humidity Meter Material: ABS, Stainless Steel Battery: 4 x AAA Battery (battery not included) Size: Approx. 458 x 75 x 33mm / 18.03 x 2.95 x 1.30in, Probe Length: 280mm / 11.02in Working Principle: Electrical Conductivity, Automatic Temperature Compensation Display: 4 digit LCD Measurement Range: 6-30% Operating Conditions: Temperature: 0-60°C Humidity: Resolution: 0.1 Accuracy: ±0.5% Application: Widely used for wheat/Rye, Corn, Paddy, Coarse Flour/Wheat Flour, Rice, Soybean, Coffee, Pea, Flour/Soft, Sorghum, Barley/Oat Weight: Approx. 424.00g / 14.96oz How to Use: Ready to use with batteries installed Package List: 1 x Grain Humidity Meter 1 x Storage Bag 1 x User Manual Notice: Please allow ±3cm error due to manual measurement. Thanks for your

• [Versatile Applications] This multifunctional humidity tester supports various grains including wheat, corn, rice, soybean, coffee, pea, barley, and oat. the 280mm stainless steel probe ensures durable penetration into grain piles for thorough analysis. its wide operating range (0-60°c) makes it suitable for diverse storage environments, from cool silos to warm barns.
• [Time & Cost Saving Solution] This innovative grain humidity detector helps prevent spoilage and financial losses by accurately monitoring levels in stored crops. by identifying optimal dryness levels, it enables timely action to avoid mold, rot, or quality . the device's quick response time and easy operation streamline your workflow, reducing labor costs while protecting your valuable grain investments from humidity-related damage.
• [Durable & Practical Construction] Built with abs plastic and stainless steel components, this robust meter withstands rigorous farm use. the compact design (458x75x33mm) combines portability with functionality. complete with automatic temperature compensation and 0.1% resolution, this professional-grade tool delivers laboratory-level accuracy in field conditions for optimal grain management.
• [User-friendly Design] Featuring a comfortable ergonomic grip and lightweight construction (424g), this portable meter is designed for extended use. the bright backlit display with large, distinct fonts remains readable in any lighting condition. with both automatic shut-off after 5 minutes of inactivity and manual power control, the device offers flexible operation while conserving battery life (requires 4 aaa batteries, not included).
• [Accurate & Reliable Readings] The digital grain humidity meter utilizes advanced conductivity technology with automatic temperature compensation to deliver precise and consistent measurements. its 4-digit lcd backlight display ensures clear visibility even in low-light conditions, making it ideal for use in warehouses or fields. with a measurement range of 6-30% and an accuracy of ±0.5%, this device provides trustworthy data for critical grain storage decisions.