HES 1600-CS-BSP 1600 Series Universal Complete Electric Strike, Includes 1LB Faceplate Kit for Latchbolts and 1DB Faceplate Kit for Deadbolts, Black Suede Powder

Streamline access control and secure monitored entries with the HES by ASSA ABLOY 1600 Series universal electric strike. Designed for installers and security managers, this electric strike delivers flexible, field-configurable performance for both cylindrical and mortise lock applications — reducing inventory and cutting installation time. The 1600-CS-BSP model includes interchangeable faceplate kits for latchbolts (1LB) and deadbolts (1DB), so a single unit adapts to multiple door preparations on-site. Dual-voltage compatibility (12V/24V DC) simplifies integration with existing access control panels, surveillance systems, and building management monitoring. Built from stainless steel with a Black Suede powder finish, it’s outdoor-rated, fire-rated, and engineered for durability against weather and forced entry. Configure fail-safe or fail-secure operation to meet your security strategy and compliance requirements. With a tested holding strength and Grade 1 burglary resistance, the HES 1600 Series offers reliable protection for commercial, institutional, and high-traffic entrances. Ideal for retrofits, new constructions, and monitored access points — order the HES 1600-CS-BSP electric strike to improve security, streamline installation, and ensure consistent access control performance.

• Universal compatibility with cylindrical and mortise locks, reducing SKUs and simplifying retrofit or new-install projects
• Field-configurable with interchangeable 1LB (latchbolt) and 1DB (deadbolt) faceplate kits for faster on-site adjustments
• Dual-voltage (12V/24V DC) operation for easy integration with existing access control and monitoring systems
• Durable stainless steel construction and Black Suede powder finish for weather resistance, professional appearance, and outdoor-rated installations
• Configurable fail-safe or fail-secure modes and fire-rated design provide code-friendly flexibility for security and life-safety applications