DC9016 Heavy Duty Aluminum Door Closer for High Traffic Areas

Specifications

DOOR CLOSERS COMMERCIAL USAGE: The LYNN HARDWARE DC9016 Automatic Door Closer for High-Traffic Entrances

The DC9016 Automatic Door Closer from LYNN HARDWARE is perfect for high-traffic entrances in various settings, including aluminum storefronts, factories, schools, restaurants, and other public spaces. It’s designed to handle doors weighing up to 150kg (330lbs max) with widths ranging from 800 to 1500mm (31 to 60 inches). This non-handed automatic door closer works on both left- and right-handed doors and is suitable for extreme temperature environments.

MATERIAL: Crafted from US26D satin chrome-plated cast aluminum and wrought steel arm, the door hydraulic closer is made for durability. It features a heat-treated piston and a powder-coated body to enhance corrosion resistance. The heavy-duty design includes three valves for adjustable closing and latching speeds, and backcheck, ensuring smooth operation. The door closer latches quietly and efficiently.

CERTIFICATIONS: UL-certified at a three-hour fire rating and ANSI/BHMA A156.4 certified, the DC9016 is ideal for medium to high-traffic applications such as department stores, schools, and offices. It also meets accessible design standards, ensuring compliance with various building codes and regulations.

INSTALLATION: Each pack includes all necessary hardware for installation, such as brackets and soffit plate, suitable for any of the three mounting types. The regular arm mounting is the most power-efficient, followed by top jamb and parallel arm mounting. Parallel arm mounting uses 25% less power compared to the other two options.

SPECIFICATIONS: - Weight: 12.6 pounds - Screw/bolt pattern: 5" x 2-1/4" c-c - Height (footprint): 3-1/2" (89 mm) - Projection: 2-1/4" (57 mm) - Weight of door: 12-1/4" (311 mm) - Projected force: 2-14 pounds or more

This automatic door closer provides a reliable and efficient solution for high-traffic settings, ensuring smooth and quiet operation every time.