Kidde-Fenwal 71-402001-100 PSD-7152 Fire Alarm Smoke Detector

The Kidde-Fenwal PSD-7152 smoke detector offers reliable fire detection with advanced sensing technology designed for early warning in residential or commercial settings. It integrates seamlessly into existing fire alarm systems to enhance safety and response times.

• Equipped with a highly sensitive photoelectric sensor to detect smoke efficiently in various environments
• Operates at 24 VDC for compatibility with standard fire alarm control panels
• Compact design measuring approximately 4.5 inches in diameter for unobtrusive installation
• Includes a built-in test feature for regular maintenance and performance verification
• Certified to meet UL 268 standards ensuring compliance with stringent safety requirements

Compared to previous models and industry benchmarks, the PSD-7152 improves smoke detection speed and reduces false alarms, providing users with greater peace of mind. Its enhanced sensor technology surpasses traditional ionization detectors by focusing on visible smoke particles, making it more effective in real fire scenarios.

Enhanced Detection and Operational Excellence

This model leverages state-of-the-art photoelectric technology to deliver precise smoke detection that activates alarms promptly without frequent false triggers. Its low power consumption and durable construction ensure long-lasting performance, minimizing maintenance costs and downtime.

The PSD-7152 incorporates advanced filtering algorithms to distinguish smoke from dust or steam, optimizing reliability. Installation is straightforward due to its standard mounting base and compatibility with multiple fire alarm systems, reducing setup time and complexity.

Fire safety professionals appreciate the robust test and maintenance features that facilitate compliance with safety codes and simplify routine inspections. The combination of technological sophistication and practical design makes this fire alarm smoke detector a trusted choice for protecting lives and property.