System Sensor CHSWL L-Series Selectable Output Chime Strobe, Wall Mount, White

For targeted indoor notification where trained staff respond to incidents, the System Sensor CHSWL L-Series selectable output chime strobe delivers a dependable combination of audible and visual alerts. This chime strobe is designed for security desks, nurse stations and monitoring rooms where private-mode notification and clear occupant communication are critical. Installers benefit from a space-saving plug-in wall mount that minimizes intrusion into the backbox and reduces installation time and ground-fault troubleshooting.

The CHSWL offers field-selectable candela settings (examples: 15, 75, 185 cd) and an automatic 12/24V selection at lower outputs, allowing you to dial in the right visual intensity for corridors, lobbies or control rooms while remaining compatible with legacy SpectrAlert and SpectrAlert Advance systems. Five selectable tones and two volume levels let you customize audible alerts to fit security and monitoring workflows without disturbing adjacent areas. Tamper-resistant construction and a captive mounting screw protect the unit in public or secure environments.

Specify the System Sensor CHSWL chime strobe for retrofit and new installations to streamline installation, maintain code flexibility, and enhance security and surveillance notification capabilities. Order or request a quote today.

• Reliable private-mode notification for security and nurse stations, enabling trained personnel to investigate alerts without full building evacuation
• Flexible field-selectable candela outputs (15–185 cd) and five tones with two volume levels to meet varied indoor notification and code requirements
• Plug-in wall-mount design with minimal backbox intrusion for faster installs, fewer ground faults and reduced labor costs
• Automatic 12/24V selection (at lower candela settings) and compatibility with legacy SpectrAlert devices for seamless retrofits
• Tamper-resistant housing and captive mounting screw protect the device in high-traffic areas while simplifying maintenance