Gentex GESG24PWW GES3 Series Low Profile Colored Lens Strobe, Wall Mount, Selectable Candela, No Lettering, Green Lens, White

Designed for dependable emergency visual notification in commercial and institutional environments, the Gentex GESG24PWW GES3 Series green lens strobe delivers flexible, code-compliant signaling for security, surveillance and fire alarm systems. This low-profile, wall-mount strobe offers tamperproof, field-selectable candela settings (15–110 cd) and nominal 24 VDC operation so you can match light output to room geometry and detection needs without stocking multiple models. Installers benefit from time-saving features like the Super-Slide® mounting bracket for easy supervision testing and Checkmate® instant voltage verification to confirm correct wiring and voltage drop on-site. UL-listed for ANSI/UL1638 and ANSI/UL464, the GES3 Series supports reliable integration into emergency notification and monitoring networks while maintaining a discreet appearance (5" x 4.5" x 2.5"). With a durable white housing and green lens, it’s ideal for facilities requiring colored visual alerts, including manufacturing, healthcare, schools and retail. Specify the Gentex GESG24PWW for a professional, code-ready strobe solution—contact sales or add to your project quote to improve notification performance and simplify installation.

• Flexible visual output with tamperproof, field-selectable candela (15, 30, 60, 75, 110) to match room size and code requirements
• Low-profile wall-mount design minimizes visual impact while delivering high-intensity, green visual notification for security and fire applications
• Super-Slide® bracket and Checkmate® instant voltage verification speed installation and simplify system supervision testing
• 24 VDC compatibility and wired connectivity for reliable integration into existing fire alarm, emergency notification, and monitoring systems
• ANSI/UL listed for UL1638/UL464 compliance and backed by a 3-year warranty for long-term operational confidence
• Tamper-resistant options and robust housing reduce maintenance and unauthorized adjustments in high-traffic facilities