Tamarack 3.1 Rail Splice

Tamarack 3.1 Rail Splice Makes Longer Solar Rail Runs Easier to Build

The Tamarack 3.1 Rail Splice helps combine Tamarack 3.1 rails with 2-IN Schedule-40 or Schedule-80 galvanized steel pipe purchased separately, giving you a practical way to create longer rail sections for solar module mounting. It is designed for quick assembly without welding or drilling and supports configurable arrays for projects that need three or four modules per column. With a straightforward connection design, adjustable configurations, and built-in space for wire management, this splice is a useful component for solar mounting systems where clean alignment and flexible layout matter.

Tamarack 3.1 Rail Splice Features

Simple Rail Connections For Flexible Array Layouts

The Tamarack 3.1 Rail Splice is designed to connect Tamarack 3.1 rails into longer rail sections. This makes it possible to build arrays with three or four modules high while allowing the overall system width to be configured as needed. For larger solar layouts, that flexibility can make planning the mounting arrangement much more straightforward.

• Combines Tamarack 3.1 rails with 2-IN Schedule-40 or Schedule-80 galvanized steel pipe
• Supports arrays of 3 or 4 modules high
• Allows system width to be configured as required
• Suitable for tilt angles from 0 to 45 degrees

Quick Assembly So You Can Spend Less Time Fabricating

This mounting approach is designed for easy installation without welding or drilling. Two wrench sizes fit all fasteners, helping simplify assembly when putting together a solar mounting structure. That can be especially useful for projects where straightforward field assembly is important.

Longer Rails For More Efficient Module Placement

The splice can be used to create longer rail sections from Tamarack 3.1 rails. Using four 66-inch rails and two structural splices per column creates two 132-inch rails for mounting three modules per column. For four-module columns, four 93-inch rails and two structural splices create two 186-inch rails.

• Four 66-inch rails plus two structural splices create two 132-inch rails
• Four 93-inch rails plus two structural splices create two 186-inch rails
• Maximum PV module width is 45 inches on 4-module columns
• Maximum PV module width is 43 inches on 3-module columns

Adjustable Configurations For Different Site Conditions

Solar mounting projects do not always happen on perfectly uniform surfaces. The system is designed to allow adjustment for alignment, including when the surface is irregular. Tilt angles can be configured from 0 to 45 degrees, providing flexibility when setting up the array.

Robust Construction For Demanding Outdoor Conditions

The Tamarack 3.1 system is rated for wind speeds up to 170 MPH and ground snow loads of up to 70 PSF. These ratings provide important planning information when evaluating the mounting structure for the conditions at your installation site. Always confirm that the overall system configuration is appropriate for your specific project and location.

Wire Management So Cables Stay Inside The Rails

Keeping wiring organized can make a solar installation look cleaner and help prevent loose cables from becoming an unnecessary part of the finished array. The rail design provides space for cables and wires inside the rails, giving installers a practical way to manage wiring as part of the mounting layout.

UL 2703 Listed For Bonding And Grounding Requirements

The provided product information states that all components meet UL 2703 standards for bonding and grounding. This provides documented information to consider when planning a solar mounting system where bonding and grounding are part of the project requirements.

Pre-Stamped Engineering Letters For Easier Project Planning

Pre-stamped engineering letters are available for most states according to the provided product information. If engineering documentation is required for your specific project, confirm availability and applicable requirements before purchasing.

Real-World Applications For Solar Mounting Projects

The Tamarack 3.1 Rail Splice is intended for solar mounting applications where longer rail sections and configurable module arrangements are useful. Rather than being a standalone power product, it serves as a structural component within a larger solar array mounting system.

It can make sense for projects that require three or four modules per column, particularly when the mounting layout calls for longer rail sections. The ability to configure system width and tilt from 0 to 45 degrees also gives installers flexibility when working around the shape and conditions of a site.

For projects involving irregular surfaces, the ability to make adjustments for alignment can be particularly practical. The system's wire-management design can also help keep solar cabling organized within the rails.

How The Tamarack 3.1 Rail Splice Compares To Basic Rail Connections

A basic rail connection may be sufficient when a solar array only requires shorter, straightforward rail sections. The Tamarack 3.1 Rail Splice is intended for projects where longer sections and configurable array layouts are needed.

Its stated installation approach also avoids welding and drilling, while two wrench sizes fit all fasteners. Instead of requiring custom fabrication to create longer rail sections, the specified combinations of Tamarack 3.1 rails and structural splices provide defined configurations for three- and four-module columns.

The choice ultimately depends on the rail system, array dimensions, module width, site conditions, and installation requirements of your project. Confirm your planned configuration before purchasing, especially when working with specific module dimensions or structural requirements.

Is The Tamarack 3.1 Rail Splice Right For Your Project

This component may be a good fit if you are building a solar array that needs longer Tamarack 3.1 rail sections, flexible module configurations, or a mounting layout that benefits from straightforward field assembly.

This May Be A Good Fit If:

• You need to combine Tamarack 3.1 rails into longer sections
• Your project uses three or four modules per column
• You want an installation method that does not require welding or drilling
• You need configurable tilt angles from 0 to 45 degrees
• Your project benefits from rail-based cable management
• You are working with a site where alignment adjustments may be needed

Before ordering, verify your planned rail lengths, module width, number of modules per column, required tilt angle, and the type of galvanized steel pipe needed. The product information specifies that the 2-IN Schedule-40 or Schedule-80 galvanized steel pipe is purchased separately.

Common Questions About The Tamarack 3.1 Rail Splice

What Does The Tamarack 3.1 Rail Splice Do?

It connects Tamarack 3.1 rails to create longer rail sections for solar module mounting applications.

What Pipe Is Used With The Rail System?

The system combines Tamarack 3.1 rails with 2-IN Schedule-40 or Schedule-80 galvanized steel pipe. The pipe is purchased separately.

How Many Modules Can Be Mounted Per Column?

The provided configurations support arrays of three or four modules per column. Four 66-inch rails with two structural splices create two 132-inch rails for three-module columns, while four 93-inch rails with two structural splices create two 186-inch rails for four-module columns.

What Is The Maximum PV Module Width?

The maximum stated PV module width is 45 inches for four-module columns and 43 inches for three-module columns.

Does The System Allow Different Tilt Angles?

Yes. The system can be configured with tilt angles from 0 to 45 degrees.

What’s Included

• 1 x Tamarack 3.1 Rail Splice

Note: The provided product information does not specify additional included components. The 2-IN Schedule-40 or Schedule-80 galvanized steel pipe is purchased separately.

Build A Practical Solar Mounting Solution With Outbound Power

The Tamarack 3.1 Rail Splice provides a practical way to create longer rail sections while keeping solar array design flexible. With configurations for three- and four-module columns, adjustable tilt from 0 to 45 degrees, straightforward assembly, and integrated rail space for cables and wires, it can help simplify the structural side of a properly planned solar installation.

At Outbound Power, we focus on helping customers select power and solar equipment based on the actual requirements of their project. Review your module dimensions, rail configuration, pipe requirements, site conditions, and applicable structural needs before ordering. When you are ready to build a solar mounting solution around the right components, the Tamarack 3.1 Rail Splice gives you a practical option for extending the rail system to match your layout.