HES 15.23--08990R11 Electric Strike

HES 15.23--08990R11 Electric Strike

The HES 15.23--08990R11 is a reliable electromechanical electric strike designed for seamless integration into modern access control and security systems. This 12V DC-powered device delivers remote door release capability across single and multi-door installations, making it an essential component for facilities requiring electronic access management and audit trails.

Key Features

• 12V DC power operation for standard access control integration
• Compatible with conventional access control platforms and panels
• Suitable for standard door frame assemblies
• Remote electronic release capability
• Supports multi-door security deployments
• Designed for indoor, climate-controlled environments

Technical Highlights

This electric strike operates as a fail-secure or fail-safe electromechanical locking mechanism, depending on system configuration and door hardware setup. The 12V DC power requirement ensures compatibility with most commercial access control power supplies and control panels. Installation integrates directly into existing door frame assemblies without requiring extensive structural modifications.

The device functions as a remote release mechanism, triggered by authorized access control signals. This architecture allows facility managers to control entry points electronically while maintaining traditional door hardware aesthetics and mechanical security when power is not applied.

Typical Applications

• Commercial office buildings and corporate campuses
• Secured entry points and restricted access areas
• Multi-tenant facilities with centralized access control
• Building entrance vestibules and security gates
• Interior secured doors requiring remote release
• Facilities with badge-reader or credential-based access systems

Proper electrical integration and door frame preparation are required during installation. The HES 15.23--08990R11 is optimized for deployment in climate-controlled indoor environments where temperature and humidity remain within standard commercial operating ranges.