The price of two-way seismic bracing for cable trays varies depending on cable size, length, and supplier, and is typically obtained via a custom quote.

Overview of Two-Way Seismic Bracing

Two-way seismic bracing stabilizes cable trays in both lateral and longitudinal directions, helping prevent damage during seismic events. Kits generally include:

• Two pre-cut cables for 2-way bracing
• Factory-installed stake eye fittings
• Zinc-plated oval sleeves for swaging the cable ends
• Optional extra cable spools and sleeves for on-site adjustments These kits are designed to save installation time and eliminate the need for hand fabrication, making them suitable for both new and retrofit installations .

Factors Affecting Price

1. Cable Size and Material: Common sizes include #GO3 (GOLD), #OR4 (ORANGE), #GR6 (GREEN), and #BL8 (BLACK), with galvanized or zinc-plated steel options .
2. Cable Length: Kits are custom-made to the required length for the project site, which directly impacts cost .
3. Supplier and Certification: Products from suppliers like Eaton, Loos & Co., and EzyStrut may include PE-stamped assemblies, FM-approved components, or pre-engineered designs, which can influence pricing .
4. Installation Complexity: Projects with extended drop lengths or limited space may require specialized components or additional labor, affecting total cost .

How to Obtain Pricing

Since prices are not standardized online, the most reliable method is to request a quote from suppliers. For example:

• Loos & Co. provides a short online quote form for 2-way or 4-way seismic cable kits .
• Suzhou Hoogo Construction and other manufacturers offer OEM/ODM options and respond to inquiries for project-specific pricing .
• Eaton and EzyStrut provide engineering support and pre-approved assemblies, which can be priced based on project specifications .

Recommendation

To get an accurate cost estimate:

1. Determine the required cable size and length for your cable tray layout.
2. Decide whether you need pre-engineered or custom kits.
3. Contact multiple suppliers to compare quotes, including shipping and installation considerations.
4. Consider ordering extra cable and sleeves to reduce on-site fabrication costs . By following these steps, you can obtain a precise price tailored to your project while ensuring compliance with seismic safety standards.