HES 1600-106-606 Satin Brass Electric Strike Kit
The HES 1600-106-606 is a complete electric strike assembly finished in satin brass, engineered for both retrofit and new installations in professional access control systems. This integrated kit delivers the mechanical and electrical components necessary for controlled door release in commercial, institutional, and enterprise security environments.
Key Features
- Complete electric strike assembly with integrated components
- Satin brass finish for durability and professional aesthetics
- Compatible with standard door frame preparation
- Supports fail-secure and fail-safe strike operation modes
- Designed for integration with access control controllers
- Suitable for both retrofit and new installation applications
- Indoor installation in controlled environments
Technical Highlights
The HES 1600-106-606 strike assembly provides reliable electromechanical actuation for controlled access applications. The satin brass construction ensures consistent visual presentation across professional installations while maintaining corrosion resistance in standard indoor environments. The unit is fully compatible with standard door frame preparation, simplifying integration into existing architectural specifications and reducing installation complexity.
The strike supports integration with modern access control controllers and security systems that require electric strike actuation. Its design accommodates both fail-secure configurations—where the door remains locked during power loss—and fail-safe modes where the door unlocks, meeting diverse safety and security requirements across different facility types and applications.
Applications
- Commercial office building access control
- Institutional facilities and educational institutions
- Corporate security perimeter management
- Enterprise-level door control systems
- Retrofit projects requiring compatible strike hardware
- New construction with integrated access control requirements
The HES 1600-106-606 is engineered for reliability in demanding professional environments where consistent access control performance is essential to overall security infrastructure.
