Simplex 4904-9174. Wall Strobe.

Overview of the Simplex 4904-9174

The Simplex 4904-9174 Wall Strobe provides reliable visual notification for fire alarm and emergency systems. Designed for wall-mounted installations, this strobe ensures that occupants receive clear, attention-grabbing alerts during emergencies. By using the 4904-9174, facility managers can improve occupant safety while maintaining compliance with fire safety codes.

Key Features of the 4904-9174

The Simplex 4904-9174 Wall Strobe includes several essential features:

• High-intensity strobe for effective visual alerts.

• Wall-mount design for easy installation in hallways, offices, or public areas.

• Compatible with Simplex fire alarm control panels and notification circuits.

• Meets NFPA 72 and ADA compliance standards.

These features make the wall strobe ideal for facilities that require reliable, code-compliant visual alarms. Its durable construction ensures long-term performance.

Easy Installation and Integration

Installing the 4904-9174 is straightforward. The strobe mounts securely on walls and connects directly to standard notification circuits. Its compact design allows flexible placement without obstructing building aesthetics. Additionally, it integrates seamlessly with Simplex fire alarm systems, ensuring accurate and timely visual alerts. For detailed installation instructions, visit Simplex Fire Systems.

Applications for the Wall Strobe

This wall strobe is ideal for schools, hospitals, commercial buildings, and industrial facilities. It delivers effective visual alerts in high-traffic or noisy areas, ensuring all occupants receive critical notifications during emergencies. By using the 4904-9174, facilities maintain NFPA 72 compliance and enhance overall life safety. For additional fire alarm standards, refer to the NFPA website.

Reliable Life Safety Solution

With its bright visual signaling, easy installation, and code-compliant design, the Simplex 4904-9174 Wall Strobe offers a dependable solution for fire alarm notification. It improves emergency communication, enhances occupant safety, and ensures reliable operation in any building environment.