Fire Temperature Sensor Circuit Board

Product Parameters

Product Display

1. Commercial Buildings: In large - scale commercial buildings such as shopping malls and office buildings, fire temperature sensor circuit boards are widely used on each floor and in various areas. These places are densely populated and have numerous electrical devices, with a high fire risk. By installing fire temperature sensor circuit boards on the ceiling, near electrical equipment, etc., it is possible to promptly detect abnormal temperature increases caused by electrical failures, aging of circuits, etc. and trigger an alarm in the early stage of a fire, buying precious time for personnel evacuation and fire - fighting rescue.

2. Industrial Facilities: Industrial sites such as factories and warehouses store a large amount of flammable and explosive materials, with an extremely high fire risk. Fire temperature sensor circuit boards can be installed in key positions within production workshops and warehouses, such as in areas where flammable materials are stacked and around high - temperature equipment. They can monitor the temperature anomalies that may occur during the production process in real - time, detect potential fire hazards in a timely manner, and prevent the occurrence and spread of fires. For example, in a chemical production workshop, some chemical reactions may generate high temperatures. The fire temperature sensor circuit board can closely monitor the temperature changes and immediately alarm once an abnormality occurs, avoiding accidents.

3. Public Places: In public places such as schools, hospitals, and hotels, where there is a large flow of people, fire safety is of utmost importance. Fire temperature sensor circuit boards can be installed in areas such as classrooms, hospital wards, hotel rooms, as well as in public passageways like corridors and stairwells. They can monitor the ambient temperature at any time to ensure that an alarm can be quickly issued when a fire occurs, guiding people to evacuate safely.

1. High - Precision Temperature Sensing: Advanced temperature sensors such as thermistors or thermocouples are used, with extremely high temperature measurement accuracy. For example, some thermistor temperature sensors can accurately measure temperature changes of ±0.1°C, which can promptly and accurately capture the temperature rise trend in the early stage of a fire, providing strong support for early - stage fire warning.

2. Fast Response: The response time for the entire process from the temperature change to the sensor's detection and signal output, as well as the circuit board's completion of data processing and alarm output, is extremely short. Under normal circumstances, an alarm signal can be issued within a few seconds after the temperature exceeds the threshold, ensuring that a fire can be detected and measures can be taken in the early stage.

3. Wide Temperature Range Applicability: It can work stably within a wide temperature range, accurately measuring temperature from low - temperature environments to high - temperature environments. Whether in a cold warehouse storage area or a high - temperature industrial production workshop, it can operate normally, ensuring the reliability of fire temperature monitoring.

4. Strong Anti - Interference Ability: Shielding technology, filter circuits, and anti - interference algorithms are adopted in the hardware design to effectively resist the influence of external electromagnetic interference, humidity changes, and other factors on temperature measurement. Even in complex electromagnetic environments or places with high humidity, it can ensure the accuracy of temperature measurement and the reliability of the alarm.