Description
The Sargent 5556-MD8640E is a Grade 1 rim exit device built for metal doors requiring maximum durability and security. Ideal for commercial buildings, schools, and facilities needing reliable panic hardware, this device exceeds ANSI/BHMA standards with modular construction, minimal moving parts, and maintenance-free operation for the life of the building.
This left-hand reverse (LHR) model in 32D satin stainless finish fits doors 1-3/4 inches minimum thickness with E, F, J, or G rails sized for door widths 24 to 48 inches. Compatible with 650 top and 606 bottom strikes (panic and fire-rated). Hex key dogging is standard, and electric options include alarm, beacon, photoluminescent coating, touchpad, latch monitoring, and delayed egress. Contact an authorized dealer at sales@edlocks.com or 1-877-207-6067 for expert sizing, configuration guidance, and installation support.
Specifications
- Brand: Sargent
- Model: 5556-MD8640E LHR
- Finish: 32D (Satin Stainless Steel)
- Type: Rim Exit Device
- ANSI/BHMA Grade: 1
- Door Thickness: 1-3/4 inches (44mm) minimum; up to 2-1/4 inches with specification
- Minimum Stile Width: 4-1/2 inches (114mm)
- Door Width Range: 24 to 48 inches (via E, F, J, G rails)
- Device Centerline from Floor: 41 inches (1041mm) standard; 38 inches (965mm) for elementary schools
- Maximum Door Opening Height: 96 inches (HC and WS options); 120 inches maximum overall
- Center Case Dimensions: 8-3/8 inches (213mm) x 2-5/8 inches (67mm)
- Pushbar Projection - Neutral: 3 inches (76mm)
- Pushbar Projection - Depressed: 2-1/8 inches (54mm)
- Top Bolt: Stainless Steel
- Strikes: 650 Top Strike and 606 Bottom Strike (Panic and Fire-Rated)
- Dogging: Hex key standard on non fire-rated devices; cylinder dogging available (specify 16-, #41 cylinder supplied)
- Fasteners: Machine screws supplied standard
- Electric Options: Alarm, Beacon, Photoluminescent Coating, Illuminated Touchpad, Latch Monitoring, Outside Lever Monitoring, Request-to-Exit Signal, Remote Latch Retraction, Delayed Egress with Electromagnets, Electric Dogging, Self-Contained Delayed Egress
