HES 1006CS-630-LBSM Electric Strike
When you're spec'ing access control for hollow metal frames with mortise or cylindrical locksets, the latch and keeper geometry needs to align perfectly or you're troubleshooting callbacks. The HES 1006CS-630-LBSM is a field-proven electric strike designed for standard commercial door preps, offering fail-secure operation with the mechanical reliability HES is known for in high-cycle environments.
Key Features
- Fail-secure operation — door remains locked during power loss for perimeter security applications
- Compatible with mortise and cylindrical locksets for flexible integration with existing hardware
- 630 satin stainless steel finish resists corrosion and matches commercial-grade door hardware aesthetics
- LBSM (latchbolt and deadbolt sensing monitor) provides position feedback for access control panels requiring lock status verification
- Designed for hollow metal frames with standard strike prep dimensions
- Solenoid-driven keeper mechanism tested for hundreds of thousands of cycles in commercial use
- Field-reversible keeper design reduces inventory requirements for left- and right-hand doors
This strike integrates directly with access control systems that require verified credential-to-entry logic. The dual sensing monitors report both latchbolt position and keeper state back to the panel, supporting compliance requirements in healthcare, education, and corporate facilities where you need audit trails showing actual door status—not just relay activation. The 630 finish holds up in exterior vestibules and high-humidity areas where painted strikes corrode prematurely.
Installation follows standard commercial strike procedures with minimal frame modification. The unit mounts in a 1-1/4" x 4-7/8" ANSI prep, and the sensing harness terminates in screw terminals for straightforward connection to panel inputs. When you need dependable electric strike performance with real-time monitoring feedback for mortise lockset applications, the 1006CS-630-LBSM delivers without the complexity of electrified locksets or magnetic locks.
