MC-7821粮食水分测定仪产品介绍
中文版：
MC-7821粮食水分测定仪是一款专为谷物、豆类等粮食作物设计的水分检测设备，通过技术创新实现快速、便捷的水分含量测定。该设备采用高灵敏度传感器与智能化数据处理模块，可在15-30秒内完成单次测量，适用于田间、仓储、加工等不同场景下的即时检测需求。
本设备支持小麦、玉米、水稻、大豆等20余种常见粮食作物的水分检测，配备可调节参数模式，支持用户根据不同粮食品种特性自主设定检测基准。测量范围覆盖8%-35%含水率，在常规环境温度（0-40℃）下保持稳定检测性能。机体采用防震抗压结构设计，配备2.4英寸高清背光显示屏，在强光或昏暗环境下均可清晰读取数据。
操作界面采用三级菜单管理模式，配备多语言显示功能，通过方向键与确认键即可完成全部操作流程。设备内置数据存储模块，可自动记录200组检测数据，支持通过USB接口进行数据导出。采用3节AA电池供电方案，配合低功耗设计，确保连续8小时工作续航。整机重量控制在280克以内，配合符合人体工学的流线型握持设计，显著提升移动检测的便捷性。
本产品适用于农业合作社、粮食收储企业、食品加工厂及科研机构等单位，为粮食收购定价、仓储管理、加工质量控制等环节提供可靠数据支持。通过优化算法提升不同颗粒形态粮食的检测一致性，在保证测量精度的同时降低操作门槛，帮助使用者快速掌握设备使用方法。
English Version:
The MC-7821 Grain Moisture Tester is a specialized detection device designed for cereals, legumes and other agricultural products, featuring rapid moisture content measurement through technological innovation. Equipped with high-sensitivity sensors and intelligent data processing modules, the device completes single measurement within 15-30 seconds, suitable for instant detection in field, storage and processing scenarios.
Supporting over 20 common grain varieties including wheat, corn, rice and soybeans, the device offers adjustable parameter modes allowing users to customize detection baselines according to specific grain characteristics. With measurement range covering 8%-35% moisture content, it maintains stable performance under ambient temperatures (0-40℃). The shock-resistant housing incorporates a 2.4-inch HD backlit display, ensuring clear data readability in various lighting conditions.
The three-level menu management system with multilingual interface enables complete operation through directional keys and confirmation button. Built-in memory stores 200 test records, supporting data export via USB interface. Powered by 3 AA batteries with low-energy consumption design, it delivers 8-hour continuous operation. Weighing under 280g with ergonomic contour design, the device ensures portability for mobile detection tasks.
This product serves agricultural cooperatives, grain storage enterprises, food processing plants and research institutions, providing reliable data support for purchase pricing, storage management and production quality control. The optimized algorithm enhances detection consistency across varied grain particle forms, balancing measurement accuracy with operational simplicity to facilitate user proficiency.
