DSC smoke and temperature sensor – 88031148
Looking for an effective smoke and heat sensor for your alarm system? The DSC 88031148, also known as the PG9936 model from the PowerG series, is a wireless smoke and heat detector designed for early detection of fire threats in homes, offices and businesses. This advanced sensor combines an optical smoke detector with a temperature monitor, alerting you when the temperature rises above 57 °C or smoke is present, reducing the risk of false alarms. Compatible with DSC alarm panels such as the Neo and PowerSeries, the PG9936 integrates seamlessly, offering protection in areas such as kitchens, garages and bedrooms.
Key features of the DSC 88031148 include PowerG technology, which provides a wireless range of up to 2000 meters in open space, AES-128 encryption for secure transmission and a long battery life (up to 3 years). The sensor is equipped with a built-in 85 dB siren, tamper protection for tamper detection and a test and monitoring function. The smoke detector is based on a dust-resistant optical camera, while the heat sensor responds to a rapid increase in temperature, making it ideal for environments with changing conditions. Installation is simple - simply attach it to the ceiling, no wiring required, so it is easy to integrate into existing alarm systems.
Why does the DSC 88031148 stand out among wireless smoke and heat detectors? Its intelligent design reduces false alarms, offering higher reliability than traditional detectors. Compared to standard models, the PowerG offers better immunity to radio interference and easy integration with mobile apps for remote monitoring and notifications. It is the ideal solution for DSC system users who value fire prevention and safety innovations.
Investing in the DSC 88031148 guarantees peace of mind and protection against fires. Check compatibility with your alarm system and improve the security of your property. If you are interested in a wireless smoke and heat detector, this model offers efficiency and modern technology.
