Adams Rite 4600-01-542-32D Heavy-Duty Curve Deadlatch Handle, Satin Stainless

Maximize door security and installation flexibility with the Adams Rite by ASSA ABLOY 4600-01-542-32D heavy-duty curve deadlatch handle. This electrified deadlatch handle is engineered for commercial access control and security applications where durability and reliable operation are critical. The solid cast satin stainless construction resists corrosion and maintains a professional appearance, while the patented adjustable drive mechanism allows upward or downward operation and permits escutcheon setback for added clearance during installation.

Designed to mate with 4300, 4500 and 4900 Series deadlatches, the 4600-01-542-32D supports common electrified deadlatch platforms and simplifies inventory for facility managers. It accepts a 0.25" heat-treated spindle, is easily reconfigured for LH or LHR handing, and fits doors 2-1/2" to 2-5/8" thick — making it a practical choice for narrow-stile doors and aluminum storefronts. Ideal for integrating with access control, monitoring and surveillance systems, this handle provides dependable mechanical performance where security matters. Specify the Adams Rite 4600-01-542-32D for your next access control or security installation and order today.

• Durable satin stainless, solid cast construction delivers long service life and corrosion resistance for high-traffic commercial doors
• Patented adjustable drive lets the handle operate up or down and allow escutcheon setback for easier installation and improved clearance
• Compatible with 4300, 4500 and 4900 Series deadlatches, reducing SKUs and simplifying integration with existing electrified deadlatches
• Reversible LH/LHR handing and 0.25" heat-treated spindle speed up field configuration and lower installation time
• Narrow-stile escutcheon and code-compliant return profile make it ideal for modern storefronts, aluminum frames and access control doors
• Engineered for access control and security environments, supporting monitoring and surveillance systems with reliable mechanical performance