Apollo
Apollo 55000-650APO XP95A Fire Alarm Photoelectric Smoke Detector
Apollo 55000-650APO XP95A Photoelectric Smoke Detector
The Apollo 55000-650APO XP95A smoke detector utilizes advanced photoelectric sensing technology to reliably detect smoke particles, providing early warning in fire emergencies. Designed for integration in life safety systems, it offers precise detection with minimal false alarms.
- Equipped with a photoelectric sensor that enhances sensitivity to smoldering fires while reducing nuisance alarms caused by dust or steam
- Features a rated operating voltage range of 17 to 28 VDC, ensuring compatibility with standard fire alarm control panels
- Compact form factor with a diameter of approximately 4.5 inches facilitates installation in various ceiling types without drawing attention
- Offers an approved operating current of just 150 µA, contributing to energy-efficient fire detection systems
- Designed to meet stringent UL and EN54 certification standards, ensuring reliable performance and safety compliance
Compared to earlier models and typical industry detectors, the XP95A stands out through its advanced photoelectric sensor technology that balances sensitivity and false alarm resistance. It surpasses many conventional ionization detectors by providing faster recognition of smoldering fires, while its low power consumption supports longer system life and reduced maintenance costs.
Technological Benefits and Operational Excellence
This smoke detector incorporates cutting-edge photoelectric sensing that detects smoke particles through light scatter measurement, enabling rapid and reliable fire detection. Its robust design includes a dust-resistant chamber that maintains performance over time, minimizing false alarms and maintenance needs. The detector’s low power draw allows it to integrate seamlessly with complex fire alarm networks without overwhelming system resources. Furthermore, compliance with international safety standards guarantees compatibility and peace of mind in critical life safety applications.