Amerimax Home Products 2526419 Aluminum Front Elbow 2x3

Product Description

The AMERIMAX HOME PRODUCTS 2526419 is a 75-degree Style A front elbow designed for residential gutter downspout systems. Fabricated from aluminum in a brown finish, this fitting connects the gutter outlet to the downspout run, directing water away from the fascia and foundation. It measures 2 inches by 3 inches to match standard 2 x 3 inch downspout sizing. Installation is typically performed by roofing and exterior contractors as part of a complete gutter system assembly or repair.

This front elbow is suited for residential applications where the downspout must transition from the gutter drop outlet at a 75-degree angle. The Style A configuration positions the elbow at the front face of the gutter, making it the standard choice for most residential eave-hung gutter installations. The brown finish is intended to coordinate with common exterior trim and gutter colors. It is sold in a package quantity of 15 units, supporting both full installations and service stock.

Key Features

• 75-degree bend angle for standard residential downspout drop transitions
• Style A front-face configuration for eave-hung gutter systems
• Aluminum construction for corrosion resistance and light weight
• Brown finish to coordinate with matching gutter and trim components
• 2 x 3 inch sizing fits standard residential downspout dimensions
• Packaged in quantities of 15 for contractor and service use

Compatibility

Designed as an OEM-style replacement and new-installation fitting for standard 2 x 3 inch residential aluminum downspout systems.

Installation Notes

This elbow is typically installed by roofing or exterior contractors during gutter system installation or downspout repair. Secure all connections with sheet metal screws or pop rivets per local building standards, and apply gutter sealant at joints to prevent leaks. Ensure the gutter system is free of water and debris before beginning work. Do not overtighten mechanical fasteners, as aluminum fittings can deform under excessive clamping force.