Digital Grain Moisture Detector

The digital grain moisture detector measures 4.6% to 36% moisture with ±0.5% accuracy, storing up to 99 readings with date and time. It can measure 25 grain types like wheat, corn, and rice. It also features automatic shutoff, a clear LCD, Celsius/Fahrenheit support, multi-language options, hands-free voice, accurate cup sampling, and can store up to 250 data sets.

Specification

Feature

• Energy-Saving Feature: Automatically shuts off after a set time or 5 minutes of inactivity to conserve battery life.
• Automatic Calculation and Storage: Calculates moisture content and stores the results in memory for easy reference.
• Versatile Measurement Capability: Can measure moisture levels in 25 different grains, including coffee and cocoa beans, providing wide-ranging applicability.
• Clear Display: Features a high-definition dot matrix LCD screen for clear, easy-to-read results.
• Temperature Flexibility: Displays temperature in both Celsius and Fahrenheit, accommodating user preferences.
• Multi-Language Interface: Offers multiple language options that can be adjusted via the menu, ensuring a user-friendly experience.
• Hands-Free Convenience: Includes a voice broadcast function that allows for hands-free operation.
• Accurate Measurements: Utilizes a cup-type sampling method to reduce errors and deliver precise results.
• Efficient Data Management: Capable of storing and managing up to 250 data sets, allowing for convenient tracking and analysis.

Dimension

Application

Packaging

Tips: How does the cup-type sampling method improve accuracy?

The cup-type sampling method allows the detector to take moisture readings from a controlled amount of grain, ensuring that external environmental factors (like ambient temperature or humidity) do not affect the measurement. By sealing the grain sample in the cup, the detector isolates it from outside influences, minimizing measurement errors. This design ensures that the readings are more precise and consistent, particularly in environments where external factors might otherwise interfere with the accuracy of the results.