HES 9800-BSP-LBM Surface Mounted Electric Strike for Adams Rite Starwheel and Interlocking Rim Exit Device, Latchbolt Monitor, Black Suede Powder

Secure critical entry points quickly with the HES by ASSA ABLOY 9800-BSP-LBM Surface Mounted Electric Strike — engineered for dependable access control with a professional finish. This electric strike is purpose-built for Adams Rite Starwheel and Interlocking Rim Exit Devices, delivering Grade 1 strength (1,500 lb static resistance) and proven endurance (1,000,000 cycles) so facilities managers can rely on long-term performance in high-traffic commercial, institutional, and healthcare environments. Field-selectable fail-safe or fail-secure operation and dual-voltage compatibility (12/24 VDC) simplify wiring and ensure flexible integration with existing power and security infrastructures. The built-in latchbolt monitor provides real-time door status for monitoring and surveillance platforms, enhancing situational awareness and alarm reliability. A tamper-resistant stainless steel cover conceals fasteners for a clean aesthetic while protecting the mechanism from abuse. Ideal for aluminum, hollow metal, and wood frames, the surface mount design reduces framing modifications and minimizes downtime during installation. Upgrade your security hardware and access control ecosystem with a robust electric strike designed for performance and easy integration—contact sales or order today to specify for your next project.

• Ready-to-install surface mounted design for fast retrofits and new builds, saving installation time and labor
• Field-selectable fail-safe / fail-secure and dual-voltage (12/24 VDC) for flexible integration with existing access control and surveillance systems
• Integrated latchbolt monitoring for real-time door status and seamless connection to monitoring and security platforms
• Grade 1 strength with 1,500 lb static resistance and 1,000,000-cycle endurance for dependable high-traffic performance
• Tamper-resistant stainless steel cover offers a clean professional appearance while protecting hardware in demanding environments