HES 10620414 Hes Sb:1006-12/24D-629-Lbm Electric Strike
When access control installations demand a fail-secure electric strike that holds the door locked during power loss, the HES 10620414 delivers field-proven reliability in a compact mortise configuration. Designed for integrators managing multi-tenant properties, corporate campuses, or sensitive facilities where security-first operation is non-negotiable, this dual-voltage strike adapts to existing 12VDC or 24VDC control systems without requiring separate power supplies or voltage converters.
Key Features
- Fail-secure operation keeps doors locked during power interruptions or system failures
- Dual voltage 12/24VDC eliminates compatibility issues across mixed infrastructure deployments
- 629 satin stainless steel finish resists corrosion in high-traffic applications
- LBM (Latch Bolt Monitor) provides real-time door position feedback to access control panels
- 1006 series mortise design fits standard door prep for streamlined retrofit installations
- Continuous duty rating supports high-cycle commercial applications without thermal failure
- Field-selectable hand orientation reduces SKU inventory and installation planning complexity
The integrated latch bolt monitor circuit closes a critical gap in access control deployments by feeding door position status directly to your panel or controller. This real-time feedback enables forced-door alarms, door-held-open notifications, and audit trail accuracy that wouldn't be possible with basic strikes. The voltage-sensing input automatically detects whether you're feeding 12 or 24 volts, eliminating pre-installation voltage testing and reducing callback risk from incorrect voltage application.
The 629 satin stainless finish balances aesthetic requirements with practical durability in environments where strike hardware remains visible or exposed to weather, moisture, or chemical cleaning agents. Continuous duty operation means the strike can handle rapid credential presentations during shift changes or high-traffic periods without overheating or mechanical wear that compromises locking performance. For integrators balancing security requirements with installation efficiency across buildings with varying door hardware, this strike delivers consistent fail-secure protection with the monitoring intelligence modern access systems require.
