Adams Rite 8611MLR36-99 Cover Exit Device Mullion

Product Description

The ADAMS RITE 8611MLR36-99 is a cover exit device configured for mullion mounting in a less-rods trim arrangement. Exit devices of this type provide panic hardware functionality, allowing egress through a door with a single push motion on the push bar or touchpad. The mullion configuration is designed for use on narrow-stile aluminum frame doors where a center mullion divides paired openings. Installation is typically performed by a licensed door hardware specialist or commercial locksmith as part of a compliant egress system.

This device is suited for commercial and light industrial applications where code-compliant panic egress hardware is required on aluminum-framed door assemblies. The less-rods configuration means vertical rod extensions are not included, making this appropriate for single-point latching applications or installations where the rod hardware is sourced separately. It is commonly used in storefronts, office building entries, and similar commercial glazed door openings.

Key Features

• Mullion-mount configuration designed for narrow-stile aluminum frame doors
• Less-rods trim arrangement allows single-point latching or separate rod sourcing
• Cover exit device style provides compliant panic egress functionality
• Sold individually as a single unit (each)

Compatibility

Designed as an OEM-style exit device for commercial narrow-stile aluminum door assemblies requiring mullion-mounted panic hardware. No specific compatible model numbers or system families were provided in the product data.

Installation Notes

Installation should be performed by a qualified door hardware technician or licensed commercial locksmith familiar with panic hardware requirements. Prior to installation, verify the door frame dimensions and mullion configuration are appropriate for this device. Consult applicable building codes, including IBC egress requirements, to confirm proper hardware selection and placement. Do not modify the device chassis or latch mechanism in the field.