Hager 4501 RIM 36 BLK Grade 1 Rim Exit Device

Hager 4501 RIM 36 BLK Grade 1 Rim Exit Device offers robust security and reliability for high-traffic commercial environments. This Grade 1 exit device features a wide stile pushpad design, making it easy to operate in emergency situations. Designed specifically for exit-only applications, it measures 36 inches in length and is equipped with hex key dogging for added security and convenience. Ideal for use in office buildings, medical facilities, schools, and hospitality structures, the Hager 4500 Series Exit Devices are engineered for heavy-duty performance. Backed by a lifetime warranty, these devices provide peace of mind for both distributors and building owners, ensuring a long-lasting solution to your exit hardware needs. The device is non-handed, allowing for versatile installation on various door types, and accommodates doors with a thickness of 1-3/4 inches and a width of 3 feet. With a sleek black finish, it not only delivers functionality but also complements any architectural style. Compliant with ANSI A156.3 2014 standards and UL305 listed, the Hager 4501 is a reliable choice for any commercial application, ensuring safety and accessibility when it matters most.

Grade 1 Rim Exit Device

Grade 1 Rim Exit Device, Wide Stile Pushpad, 36" Device, Exit Only, Hex Key Dogging, Non-Keyed, Black Finish, Non-Handed

Hager 4500 Series Exit Devices are ideal for use in heavy duty commercial applications including office buildings, medical facilities, schools, and hospitality structures. The Hager 4500 Series is designed and engineered to provide a lifetime of superior performance on doors in heavy duty commercial applications. Properly applied and maintained Hager 4500 Series Exit Devices and Trim are backed by a lifetime warranty, providing peace of mind from distributor to building owner. Go to www.hagerco.com for specific warranty conditions.

Ideal for use in heavy duty commercial applications including office buildings, medical facilities, schools, and hospitality structures.