Falcon MEL24V-EO 4 710 SVR Exit Device is a Grade 1 Surface Vertical Rod Exit Bar designed for dependable performance in high-traffic areas. This 48-inch exit device is ideal for 84-inch doors, featuring an "Exit Only" function that enhances security and ease of use. The device showcases a narrow stile pushpad, ensuring a sleek appearance that integrates seamlessly into your building's design. Equipped with motorized electric latch retraction, this exit device offers an advanced level of convenience, allowing for quick egress in emergencies while maintaining robust security. The dark bronze anodized aluminum finish not only lends a modern touch but also provides a durable, scratch-resistant surface that withstands daily wear and tear. Field reversible handing allows for versatile installation on various door types, including wood and metal, with a thickness of 1-3/4 inches. The MEL24V-EO is engineered without trim and dogging features, making it a straightforward choice for commercial applications. With its ANSI A156.3-2001 compliance, you can trust in the quality and reliability that Falcon is known for. Elevate your security setup with this expertly designed exit device, perfect for ensuring safe and efficient exits in any commercial environment.

SVR Exit Device, Exit Only 4'

Grade 1 Surface Vertical Rod Exit Bar, Narrow Stile Pushpad, 48" Device, 84" Door Height, Exit Only Function, Less Trim, Less Dogging, Motorized Electric Latch Retraction, Dark Bronze Anodized Aluminum Finish, Field Reversible

The Falcon 24 Series Narrow Stile exit devices fill the bill with some of the toughest, most reliable performance in the business. A host of features makes this a smart solution, like a choice of an A or B label fire rating, electrified and panic options, and a full complement of trims. Sleek, streamlined device applications means a smart solution for your building design, as well as its use. And since they’re backed by one of the best names in the business, you can be sure you’re getting the utmost value, reliability and durability.