smart home 0

Bluetooth V5.3 Dual-Mode

As a professional industrial level Bluetooth module, the FSC-BT9101AI supports Bluetooth V5.3 dual-mode (BR/EDR/BLE), a key feature for industrial data acquisition. It handles 1 Mbps/2 Mbps/3 Mbps rates in BR/EDR mode to enable fast transfer of large industrial data volumes, while in BLE mode, it supports 1 Mbps/2 Mbps rates. With configurable transmit power ranging from -20 dBm to 0 dBm, it adjusts energy consumption based on the distance of acquisition points, fitting various industrial data collection environments. This dual-mode design not only ensures compatibility with both traditional and modern industrial devices but also optimizes data transmission efficiency—critical for real-time monitoring systems where delays can lead to operational errors.

Industrial-Grade Reliability

Industrial data acquisition often takes place in tough environments, and the FSC-BT9101AI is built to withstand them. Its operating and storage temperatures span from -40°C to 85°C, ensuring stable performance in high-temperature workshops (such as automotive manufacturing plants) and low-temperature outdoor acquisition sites (like cold-chain logistics warehouses). It passes ESD tests with ±2000 V for the Human Body Model and ±500 V for the Charged Device Model, preventing static damage in dry industrial settings (e.g., electronics assembly lines). Moreover, it meets RoHS standards, uses lead-free materials to align with environmental regulations, supports 10%-90% non-condensing humidity (suitable for humid environments like food processing facilities), and comes with a one-year warranty—all ensuring no performance issues during long-term, continuous data acquisition.

Compatibility with Industrial Data Transmission

The FSC-BT9101AI acts as a critical communication bridge in industrial sensor networks. Its UART interface adopts a standard 4-wire design with a default baud rate of 115200 bps, allowing direct connection to temperature, pressure, and vibration sensors without complex adapters—saving time and costs in system integration. Preloaded with Feasycom firmware, it packages Bluetooth functions into simple ASCII commands; sensor terminals can upload data by sending serial commands (e.g., “AT+SPPSEND=10,1234567890”) , eliminating the need for complex Bluetooth protocol stack development. This simplifies the setup of industrial data transmission links, even for teams with limited Bluetooth technical expertise. Additionally, the module supports multi-device connections, making it ideal for large-scale sensor networks where multiple data points need to transmit information to a central control system.

Typical Application Scenarios

Regarding Bluetooth output application scenarios, the FSC-BT9101AI can be widely adapted to meet data interaction needs throughout the entire industrial production process.

smart home 1

1.In the equipment maintenance scenario of smart factories, the module can transmit real-time operating parameters (such as rotational speed, torque, and fault codes) of CNC machines, robotic arms, and other equipment to on-site maintenance tablets via Bluetooth. Maintenance personnel can quickly access data beside the equipment without connecting wired lines, enabling timely assessment of equipment status and troubleshooting, thus reducing downtime.

2.In the field of smart warehousing, it can work in conjunction with weight sensors and temperature-humidity sensors on shelves to transmit real-time cargo storage data to the warehouse management system. When the cargo weight exceeds the threshold or the environmental temperature and humidity are abnormal, the system can immediately trigger an early warning to ensure the safety of cargo storage.

3.Moreover, in outdoor power inspection scenarios, portable data acquisition devices equipped with this module can receive Bluetooth data signals from monitoring sensors on power transmission lines, realizing wireless backhaul of inspection data and improving inspection efficiency and safety.