Adams Rite 4600-02-612-10B Heavy Duty Deadlatch Handle for 4300, 4500, 4900 Series Deadlatches, RH or RHR, Round Handle, 1-3/4" to 1-7/8", Dark Bronze

Provide reliable, heavy-duty access control for storefronts, institutional doors and high-traffic commercial entrances with the Adams Rite by ASSA ABLOY 4600-02-612-10B deadlatch handle. This handleset-style deadlatch handle combines solid stainless construction and a dark bronze finish to deliver corrosion resistance and an upscale appearance while supporting security and monitoring systems.

Designed for use with 4300, 4500 and 4900 series deadlatches — including the electrified 4300 eLatch — the patented adjustable drive mechanism allows upward or downward operation and permits the escutcheon to be set back from the door edge for installation clearance. Handing is field-changeable (RH or RHR) to streamline installation and reduce inventory complexity. The unit fits 1-3/4" to 1-7/8" door thicknesses and features anti-rotation pins and a heat-treated spindle for dependable long-term operation.

Ideal for access control, security hardware upgrades, and monitored entry points where durability and aesthetics matter. Specify the 4600-02-612-10B for secure, professional results — contact us to order or to confirm compatibility with your security and surveillance systems.

• Delivers heavy-duty, code-compliant security for commercial entrances with a durable stainless construction and dark bronze finish
• Patented adjustable drive lets the escutcheon set back and operate deadlatches with upward or downward motion for installation flexibility
• Reconfigurable RH/RHR handing reduces SKUs and simplifies stocking for facilities and installers
• Direct compatibility with 4300, 4500 and 4900 series deadlatches (including electrified 4300 eLatch) for seamless access control integration
• Fits standard narrow-stile doors from 1-3/4" to 1-7/8", maintaining clean lines and reliable performance in storefront and institutional settings
• Anti-rotation design and heat-treated spindle ensure long-term reliability in high-traffic, monitored and secured environments