HES 10620433 SB:1006-F-12/24D-606-LBM Electric Strike
When you need a field-selectable electric strike that adapts to changing voltage requirements without swapping hardware, the HES SB:1006-F series delivers the flexibility commercial integrators depend on. This 12/24VDC dual-voltage strike eliminates inventory complexity while providing reliable fail-secure operation for standard frame applications where controlled egress is essential.
Key Features
- Field-selectable 12/24VDC operation allows voltage adjustment on-site without hardware replacement
- Fail-secure configuration maintains locked state during power loss for maximum security
- 606 satin brass finish provides corrosion resistance and professional appearance in high-visibility installations
- Designed for standard frame mounting in commercial door applications
- Compatible with cylindrical locksets and exit devices for flexible access control integration
- Low current draw reduces power supply requirements in multi-door installations
- Durable construction withstands high-cycle environments in commercial facilities
- LBM (latchbolt monitoring) provides real-time door position feedback to access control panels
The SB:1006-F series addresses a common deployment challenge: matching strike specifications to existing infrastructure without maintaining separate inventory for different voltage systems. The field-selectable voltage capability means you can standardize on one SKU while adapting to 12V or 24V systems as needed. The integrated latchbolt monitoring output connects directly to access control inputs, providing positive door status verification that's critical for alarm integration and audit trail accuracy.
This strike integrates seamlessly with HES's proven solenoid design, delivering consistent performance across hundreds of thousands of cycles. The 606 satin brass finish suits environments where aesthetics matter—executive suites, medical facilities, or hospitality applications where visible hardware needs to match interior design standards. Installation follows standard electric strike procedures, with clear voltage selection markings that reduce commissioning time and eliminate field errors.
