System Sensor SPSWL L-Series Indoor Speaker Strobe, Wall Mount, "FIRE" Marking, White

Ensure fast, unmistakable fire notification across corridors and common areas with the System Sensor SPSWL L‑Series speaker strobe. This wall‑mount speaker strobe pairs a high‑fidelity speaker (86 dB sound emission) with selectable strobe intensities (15–185 cd) to deliver both audible and visual alerts that integrate smoothly into security, surveillance and fire monitoring systems. Field‑selectable candela and a rotary switch for speaker voltage and wattage let technicians tailor output to space and code requirements without swapping hardware. The plug‑in universal mounting plate, onboard shorting spring and automatic 12/24V selection simplify installation and reduce wiring faults, saving labor on retrofit and new builds. Tamper‑resistant housing, clear lens and a prominent “FIRE” marking make the unit ideal for life‑safety applications in schools, hospitals, offices and retail environments. Compatible with System Sensor synchronization protocols and existing SpectrAlert products, the SPSWL is designed for reliable operation within larger security and monitoring ecosystems. Specify the SPSWL for your next fire and security project to streamline installation and ensure dependable occupant notification.

• Combines high‑output speaker and bright strobe for clear audible and visual fire notification, improving occupant safety and evacuation speed
• Selectable candela (15–185 cd) and rotary speaker power/voltage settings simplify on‑site configuration to match room size and system requirements
• Wall‑mount design with clear lens and “FIRE” marking provides visible, tamper‑resistant signaling ideal for corridors, stairwells and common areas
• 86 dB sound output and compatibility with 25/70.7 Vrms speaker lines deliver reliable intelligibility when integrated into security and monitoring systems
• Plug‑in mounting plate, onboard shorting spring and automatic 12/24V selection reduce installation time and minimize wiring faults for faster deployment