Adams Rite 4591-02-00-628 4591 Deadlatch Paddle for 4300, 4500, 4900 Series, Push to Left, 1-3/4", Clear Anodized

Improve door usability and maintain secure access with the Adams Rite by ASSA ABLOY 4591 Deadlatch Paddle. This paddle handle delivers an ergonomic push-to-open operation that makes a latched commercial door feel natural to use, speeding traffic through entrances while maintaining security integrity for monitored openings. Manufactured from extruded aluminum with a clear anodized finish, the 4591 resists wear in high-traffic corridors and fits standard 1-3/4" stiles for straightforward installation.

Designed for compatibility with Adams Rite 4300, 4500 and 4900 Series deadlatches, the 4591 supports flexible field handing — the supplied unit is PUSH to left but can be reconfigured on site. The robust zinc-alloy escutcheon with binder posts resists torque loads, helping protect mechanical components in access control and security applications. When used in push configuration, the dogging feature allows free-swing operation for periods of high throughput.

Specify the 4591 Deadlatch Paddle where durability, accessibility and integration with security or monitoring systems matter — ideal for commercial, institutional and retrofit projects. Order now to upgrade door hardware with a proven Adams Rite paddle solution.

• Ergonomic push-to-open paddle makes latched doors quick and intuitive to operate, improving user flow and accessibility
• Durable extruded aluminum construction with clear anodized finish resists wear in high-traffic commercial openings
• Fits standard 1-3/4" stiles and integrates seamlessly with Adams Rite 4300, 4500 and 4900 Series deadlatches for easy upgrades
• Field-configurable handing (push left shown) and dogging option for free-swinging operation when needed, reducing maintenance downtime
• Robust escutcheon design with zinc alloy binder posts resists torque and enhances security for monitored or controlled access points
• Backed by a 3-year limited warranty for reliable performance in institutional, commercial, and security-conscious environments