The Simpson Triple 2x Beam 4x Post End Column Cap ECC4.62-3.62 is an engineered steel column cap from Simpson built to deliver strong, reliable column-to-beam connections in end-of-beam applications within wood construction. Designed specifically for situations where a standard centered cap is not applicable, this end column cap supports a triple 2x beam on a 4x post with a seat that extends beyond one side of the column, providing an additional bearing surface for enhanced load distribution at critical structural connection points.

Key Features

• Certified welds - give you confidence in the strength and integrity of every connection, reducing uncertainty at load-bearing joints.
• Increased uplift load ratings - engineered to handle earthquake and high-wind loading demands, making this cap suitable for structures in seismic and wind-prone regions.
• Bolt spacing that meets NDS code requirements - ensures your installation satisfies recognized design standards without requiring additional engineering review for spacing compliance.
• Diamond holes for temporary fastening - allow you to hold the cap in position during layout and alignment before final bolted installation, saving time on the job.
• Extended seat design - projects beyond one side of the column to provide additional bearing surface area, improving load transfer from the beam to the post at end-of-beam locations where centered caps cannot be used.

Why This Product

• Purpose-built for end-of-beam installations - unlike standard centered column caps, this cap is specifically engineered for end-of-beam applications, ensuring proper fit and load performance where off-center connections are required.
• Resilience for demanding structural conditions - the increased uplift load ratings mean this steel column cap is well-suited for wood framing projects where wind uplift or seismic forces are a primary design concern.
• Confidence through quality construction - certified welds and heavy-gauge steel construction provide a dependable connection that meets code requirements, giving builders and engineers reliable performance at every joint.
• Flexible installation with configurable options - straps may be rotated 90 deg. and the cap can be configured for special or rough-cut lumber sizes, adapting to a wider range of jobsite conditions without sacrificing structural integrity.

Specifications

• Model Number: ECC4.62-3.62
• Description: Triple 2X Beam, 4X Post End Column Cap
• Material: 7 gauge steel
• Finish: Simpson Strong-Tie gray paint
• Fasteners Required - Beam: 5/8" Machine Bolts (2)
• Fasteners Required - Post: 5/8" Machine Bolts (2)
• Length: 8-1/2 in.
• Width 1: 4-5/8 in.
• Width 2: 3-5/8 in.
• Height 1: 6-1/2 in.
• Country of Origin: United States

Options

• Contact us for Configurable Options and Special orders
• Straps may be rotated 90 deg. (see SPECS)
• For special, custom or rough-cut lumber sizes, provide dimensions. An optional W2 dimension may be specified. (The W2 dimension on straps rotated 90 deg. is limited by the W1 dimension.)

Frequently Asked Questions

What type of connection is the ECC4.62-3.62 designed for?

The ECC4.62-3.62 is designed to provide strong column-beam connections in end-of-beam applications in wood construction. It supports a triple 2X beam on a 4X post and is specifically engineered for end-of-beam use where a standard centered cap is not applicable.

What fasteners are required to install this column cap?

Installation requires four 5/8" machine bolts in total - two for the beam connection and two for the post connection.

How does the ECC help with load distribution?

The seat of the column cap provides an additional surface area of bearing that extends beyond one side of the column. This design helps distribute the load from the beam and provides enhanced support at the connection point.

Is the ECC4.62-3.62 rated for seismic and high-wind applications?

Yes. Uplift loads have been increased for earthquake and wind loading, and the certified welds provide confidence in strength and loading performance under these demanding conditions. Bolt spacing also meets NDS code requirements to ensure optimal performance.

Note: Product dimensions may differ from picture.