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According to global fire statistics, about 30% of fires are caused by electrical faults, with as much as 70% of these fires being preventable and avoidable through technical means. Electrical fire monitoring systems are a technical means to detect early signs of fires such as current leakage and abnormal temperature increases. By triggering alarms promptly, they significantly reduce the probability of electrical fires occurring.

The electrical fire monitoring system is specifically designed to monitor electrical equipment and circuits in real time, aimed at preventing, detecting, and promptly responding to the fire risks caused by electrical faults. By integrating diverse sensors and advanced monitoring devices, the system continuously monitors key parameters such as current, voltage, and temperature, thereby ensuring the safe and stable operation of the electrical system.

Application Scenarios

Electrical fire monitoring system is widely used in all kinds of residential, commercial buildings and industrial facilities. As the number of modern electrical equipment increases, so does the risk of electrical fires. The system can monitor the status of electrical equipment in real-time, detect potential safety hazards in time, and effectively prevent fire accidents through the alarm and automatic control functions, thus ensuring the safety of people's lives and property.

Product Features

Real-time and Accurate Monitoring: The system can continuously monitor various parameters of electrical lines and equipment around the clock, such as current, voltage, temperature, etc., to ensure that any abnormality can be found in time.

Efficient Early Warning Response: Once a potential fire risk is detected, such as overloading, short-circuiting, or temperature abnormality, the system triggers an alarm immediately and informs the relevant personnel quickly using acoustic and visual signals or remote notification.Stable and Reliable Operation: The product is manufactured with industrial-grade design standards and high-quality materials to ensure stable operation in various harsh environments and reduce the possibility of false alarms and missed alarms.

Intelligent Data Analysis: The system provides real-time monitoring functions and collects and analyses historical data to help users identify potential problems in the electrical system, providing strong support for preventive maintenance.

Combined with the product characteristics of the electrical fire monitoring system, Forlinx Embedded recommends the FET6254-C platform as the hardware design solution for the main control unit of the electrical fire monitoring system.

FET6254-C embedded board exhibits the following significant advantages:

Performance and Reliability: Adopts a quad-core industrial-grade processor with Arm Cortex-A53 architecture to ensure high-speed and stable operation performance.

Interface Richness: FET6254-C provides a variety of interfaces including LVDS, Gigabit Ethernet, UART, CAN-FD, etc., which comprehensively meets the demand for hardware interfaces in the monitoring system and ensures efficient and accurate data transmission and smooth connection of devices.

Dual-core Architecture: FET6254-C has independent M-cores and A-cores, which run without interfering with each other. The M-core is used to interface with other modules (e.g. emergency lighting, emergency alarms) to guarantee the continuous execution of critical tasks, and even if the A-core system fails, the M-core can still work normally to maintain system stability.

Flexible Scalability: The modular design of the FET6254-C enables the system to respond easily to a variety of customized requirements and achieve flexible expansion.

In summary, the hardware solution for electrical fire monitoring systems based on the FET6254-C SoM, with its rich interface resources, high-performance processing capabilities, unique dual-core architecture, and flexible scalability, provides unprecedented technical support for electrical fire monitoring. It has become an essential tool for maintaining public safety.

Originally published at www.forlinx.net.