Wire&Wireless Digital Humiture Sensors Monitoring System Measuring Cables for Grain Silos

The wired grain condition monitoring and control system operates based on a standalone computer or local area network, enabling data collection and summarization, analysis and processing, storage and printing, centralized management, and real-time control. It meets all the requirements of the grain storage business management information system and the grain condition monitoring and control system. It is characterized by easy maintenance, good operational stability, long service life, high data accuracy, excellent compatibility, and strong expansibility. It is suitable for flat-roofed barns, silos, shallow round bins, steel-plate bins, and other types of storage facilities.

Wireless type:
This system utilizes industrial-grade wireless modules for data transmission and advanced self-organizing network communication technology, addressing issues such as short wireless transmission distances and severe interference from same-frequency wireless signals. By employing automatic synchronization technology, it ensures the reliability of data transmission. It is suitable for flat-roofed barns, silos, shallow round bins, steel-plate bins, and other types of storage facilities.

TT-SW-02A System:

1. Transmission distance up to 3KM;
2. Maximum collection capacity: 192,000 temperature detection points, 800 humidity detection points;
3. Temperature range: -40ºC to +85ºC, accuracy ≤ ±0.5ºC;
4. Humidity range: 0% to 100%RH, accuracy ≤ ±2%RH (at 25ºC).

TT-SW-02B System:

1. Transmission distance up to 3KM;
2. Maximum collection capacity: 25,600 temperature detection points, 800 humidity detection points;
3. Temperature range: -40ºC to +70ºC, accuracy ≤ ±0.5ºC;
4. Humidity range: 0% to 100%RH, accuracy ≤ ±2%RH (at 25ºC).

Functions:

1. Local wired detection, internet detection, LAN detection for remote diagnosis and remote assistance;
2. Grain condition curves, 3D displays, and report printing;
3. Grain condition alarms and manual/automatic ventilation control;
4. Standalone detection, LAN detection, and remote diagnosis;
5. Data analysis, data comparison, data storage, data retrieval, data management, and data sharing;
6. Real-time detection, scheduled detection, and manual inspection detection.