BLE MESH IIoT Transmission System
In modern industrial control systems, it is crucial to achieve stable, efficient, and secure data transmission. The industrial control IoT communication architecture based on BLE Mesh topology provides an innovative and efficient solution that meets the needs of modern factories for low power consumption, wide coverage and high security.
BLE MESH architecture
Advantages of BLE Mesh technology
1.Low power transmission：BLE Mesh technology supports low-power transmission, allowing devices to run for a long time without frequent battery replacement or maintenance. This is particularly important for sensors and actuators in industrial environments.
2.Wide coverage：Through the interconnection of multiple Edge Routers, BLE Mesh can achieve wide-area coverage and is suitable for the layout of large factories and production lines. Each Edge Router can serve as a node to communicate with each other to ensure the reliability of data transmission.
3.Efficient data transmission：BLE Mesh technology has efficient data transmission capabilities and can maintain stable communication quality in complex industrial environments. Supports RS232, RS422, RS485, Can bus, RJ45 and other adapters to facilitate integration with existing equipment.
4.Security encryption：A powerful encryption algorithm is built into the BLE Mesh architecture to ensure the security of data during transmission and prevent data from being intercepted or tampered with.
2.Wide coverage：Through the interconnection of multiple Edge Routers, BLE Mesh can achieve wide-area coverage and is suitable for the layout of large factories and production lines. Each Edge Router can serve as a node to communicate with each other to ensure the reliability of data transmission.
3.Efficient data transmission：BLE Mesh technology has efficient data transmission capabilities and can maintain stable communication quality in complex industrial environments. Supports RS232, RS422, RS485, Can bus, RJ45 and other adapters to facilitate integration with existing equipment.
4.Security encryption：A powerful encryption algorithm is built into the BLE Mesh architecture to ensure the security of data during transmission and prevent data from being intercepted or tampered with.
Application scenarios
- Equipment preventive maintenance：By monitoring the operating status of equipment (such as temperature, vibration, air quality, etc.) in real time, BLE Mesh technology can detect abnormalities in time and predict equipment failure time, effectively avoiding downtime losses caused by sudden equipment failures.
- Environmental monitoring：In industrial environments, BLE Mesh technology can be used to monitor air quality (such as VOC, NOX, etc.) to ensure the safety and health of the production environment.
- Data collection and analysis：Combined with Edge Router and AI technology, the BLE Mesh architecture can efficiently collect and analyze production data, helping factories optimize production processes and improve production efficiency.
Features
- Supports multiple adapters：Edge Router supports a variety of industrial standard interfaces, such as RS485, Modbus RTU/TCP, etc., to facilitate connection with various sensors and actuators.
- High reliability：BLE Mesh technology has high reliability and stability and is suitable for long-term operation in industrial environments.
- Flexible installation：Supports POE or DC power supply, flexible and convenient installation, and can adapt to different industrial application scenarios.
BLE Mesh industrial control transmission technology provides an advanced data transmission solution for modern industry. It has the advantages of low power consumption, high coverage, strong encryption, etc., and is suitable for applications in various industrial environments. Through this technology, factories can not only improve production efficiency, but also effectively reduce maintenance costs and achieve intelligent management.
BLE MESH
