Falcon Lock MEL24C-EO 3 628 CVR Exit Device, 3' Exit Only

Falcon Lock MEL24C-EO 3 628 CVR Exit Device is a Grade 1 concealed vertical rod exit bar designed for both durability and functionality. Measuring 36 inches in length, it is engineered to fit doors with a height of 84 inches, making it an ideal choice for commercial applications. This exit device features a narrow stile pushpad that ensures a streamlined appearance while offering a user-friendly exit solution. The MEL24C-EO model operates with an exit-only function, providing a straightforward means of egress without the need for additional trimming or dogging. Its motorized electric latch retraction adds an extra layer of convenience, allowing for seamless access control. Constructed with a scratch-resistant stainless steel pushpad cover, this device not only looks professional but stands up to the rigors of daily use. Designed for both wood and metal doors with a thickness of 1-3/4 inches, this non-handed exit device simplifies installation and ensures compatibility with various door styles. The satin aluminum clear anodized finish enhances its aesthetic appeal while maintaining durability. With an ANSI rating of A156.3-2001, the Falcon MEL24C-EO exit device is a reliable choice for building professionals seeking quality and efficiency in their hardware solutions.

CVR Exit Device, Exit Only 3'

Grade 1 Concealed Vertical Rod Exit Bar, Narrow Stile Pushpad, 36" Device, 84" Door Height, Exit Only Function, Less Trim, Less Dogging, Motorized Electric Latch Retraction, Satin Aluminum Clear Anodized Finish, Non-Handed

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 getting the utmost value, reliability and durability.