*May require 10-day lead timeThe Bradley S19-323D Signaling System is a professional-grade emergency alert solution designed specifically for drench showers and combination safety units. This comprehensive signaling system provides immediate visual and audible alerts when emergency fixtures are activated, helping facility managers maintain OSHA compliance and ensure rapid response to safety incidents. Built for both indoor and outdoor applications with a NEMA 3R rating, this system delivers reliable performance in diverse industrial environments.
Features and Benefits of Bradley S19-323D Signaling System
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Universal Power Compatibility: Operates on 90-264 AC, 50-60 Hz, making it suitable for various facility electrical systems worldwide
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Dual Alert System: Features an amber signal light and piezo fast beep horn for immediate incident notification
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Professional Flow Detection: Includes a robust brass DPDT flow switch with 1-1/4" NPT supply connection
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Flexible Installation: Supports both wall and fixture mounting options with remote location hookup capabilities
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Safe Operation: Central control board runs on a 24V system for enhanced safety and reliability
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Weather-Resistant Design: NEMA 3R rating ensures protection against environmental factors
Bradley S19-323D Specifications
| Power Requirements |
90-264 AC, 50-60 Hz |
| Flow Switch Size |
1-1/4" NPT |
| Minimum Flow Rate |
2.4 GPM |
| Power Cord Length |
6 Feet |
| Enclosure Rating |
NEMA 3R |
| Safety Certification |
UL Listed |
How Bradley S19-323D Works
When emergency fixtures are activated, the brass flow switch detects water movement above 2.4 GPM, triggering both the amber signal light and piezo horn alarm. The system's central control board manages all functions through a safe 24V operation, while remote monitoring capabilities allow for flexible installation and facility-wide safety coverage.
Why Choose Bradley S19-323D?
The Bradley S19-323D represents the gold standard in emergency fixture monitoring systems. Its UL-listed design, versatile installation options, and reliable dual-alert mechanism make it an essential component for any facility's safety infrastructure. The system's universal voltage compatibility and weather-resistant construction ensure dependable performance across various industrial applications, while the professional-grade components provide long-term reliability and minimal maintenance requirements.
