Adams Rite 4300-20-2RP 4300 Steel Hawk Electrified Deadlatch RITE Pack Kit, 31/32" Backset for Mortised Strike, Includes (4) Faceplates, Clear and Dark Bronze Anodized

Upgrade narrow-stile aluminum entrances to electrified access control quickly and with minimal disruption. The Adams Rite by ASSA ABLOY 4300 Steel Hawk electrified deadlatch is a no-cut, no-drill retrofit solution that converts mechanical MS® deadlocks to powered operation—ideal for schools, healthcare, commercial and government projects where security and uptime matter. The non-handed design and 31/32" backset for mortised strikes simplify ordering and installation, while field-selectable 12/16/24 VDC power support fits existing access control systems and power supplies. Installers benefit from plug-in quick-connect wiring and included clear and dark bronze anodized faceplates (four total) so doors look finished the same day. The all-metal auxiliary bolt resists loiding attacks and, when paired with Adams Rite lever or paddle trim, provides ADA-compliant, single-motion egress. Optional Form C latch status monitoring integrates with alarm, monitoring and surveillance systems for real-time door state reporting. For retrofit projects that require dependable door security and seamless access control integration, the 4300 Steel Hawk delivers a fast, cost-effective upgrade. Contact us to specify the 4300 for your next access control or security monitoring application.

• No-cut retrofit saves installation time and labor by replacing MS® deadlocks without cutting or drilling
• Non-handed, narrow-backset design (31/32") simplifies stocking and speeds field installs
• Field-selectable multi-voltage (12/16/24 VDC) compatibility reduces SKUs and adapts to existing access control power
• Works with existing Adams Rite trim to preserve hardware and reduce renovation costs
• Includes four faceplates (clear and dark bronze anodized) for fast aesthetic matching on-site
• Quick-connect wiring and optional Form C latch status monitoring enable reliable security integration and surveillance-ready monitoring