HES 1500-630-DLM 1500 Series Universal Electric Strike, Dual Lock Monitor , Satin Stainless Steel

Optimize perimeter security and streamline installations with the HES by ASSA ABLOY 1500 Series electric strike. Designed for commercial access control and surveillance integration, the 1500-630-DLM delivers dependable holding strength and real-time monitoring for critical entry points. The satin stainless steel, low-profile design fits standard 4-7/8" strike openings and supports both cylindrical and mortise locks, reducing retrofit complexity and installation time.

Engineered for long service life, this electric strike offers 1,000,000 cycle endurance and tamper-resistant construction, while the Dual Lock Monitor (DLM) provides both latch and door position feedback to your security and monitoring systems. Dual-voltage operation (12/24V DC) and field-selectable fail safe/fail secure modes give integrators flexibility on-site, and interchangeable faceplates/field-replaceable components cut maintenance time.

Ideal for commercial buildings, schools, healthcare and high-security environments, the HES 1500-630-DLM combines robust physical security with advanced monitoring for seamless integration into access control and CCTV systems. Specify the HES 1500 Series for reliable, monitored door control—contact sales to order or request integration support.

• Reliable heavy-duty security: 1500 lb static strength and tamper-resistant stainless steel construction protect high-traffic exterior doors and critical entry points.
• Real-time access monitoring: Built-in Dual Lock Monitor (DLM) provides latch and door position feedback for integration with access control and surveillance systems.
• Installer-friendly versatility: Fits standard 4-7/8" strike openings, accepts cylindrical and mortise locks, and is non-handed to speed retrofits and reduce labor.
• Flexible power & mode options: Dual-voltage 12/24V DC and field-selectable fail safe/fail secure simplify site wiring and configuration.
• Long-life performance: Rated for 1,000,000 cycles and field-replaceable components minimize downtime and lifecycle costs.