Eaton B409-48ZN Bracket - Heavy-Duty Steel, Single Channel
Part Number: B409-48ZN
Quick Summary
Eaton B409-48ZN Bracket provides sturdy mounting support for strut channel in industrial electrical assemblies. Engineers often confront misalignment, corrosion risk, and time-consumingInstallations in crowded control panels. Although certifications show Not Applicable, this bracket uses a durable electro-plated zinc finish on steel and is designed for compatibility with Eaton B-Line channel systems. This combination delivers reliable performance and predictable expansion, while supporting streamlined procurement and lower maintenance across data centers, manufacturing floors, and panel enclosures.
Product Information
Extended Description
B409-48ZN Eaton: Eaton B-Line series bracket, 4.62" H x 48" L x 1.62" W, Steel, Electro-plated
Product Name
Eaton B-Line series bracket
Catalog Number
B409-48ZN
UPC
781011863944
Product Length/Depth
48 in
Product Height
4.62 in
Product Width
1.62 in
Product Weight
8.29 lb
Certifications
Not Applicable
Type
Single channel bracket
Finish
Electro-plated Zinc plated
Material
Steel
Channel Nuts and Hardware Catalog Section
Channel Nuts and Hardware Catalog Section
Eaton Specification Sheet - B409-48ZN
Durable electro-plated steel construction reduces wear and corrosion, translating to lower maintenance costs and longer service life in harsh environments. Feature → Business Impact → Application: The zinc-plated finish provides corrosion resistance in damp or dusty industrial settings, reducing replacement cycles in electrical closets and equipment racks. Application: ideal for long runs along 48 in channel spans and high-load mounting in control panels. Feature → Business Impact → Application: Single channel bracket design simplifies sizing and installation, minimizing field errors and speeding assembly in data centers and manufacturing lines. Application: compatible with standard B-Line channel systems and accessories for scalable panel layouts. Feature → Business Impact → Application: Precise 4.62 in height and 1.62 in width ensure predictable fit with existing chassis and hardware, enabling repeatable mounting across cabinets. Application: supports cable trays, fixtures, and equipment brackets with consistent alignment. Feature → Business Impact → Application: 8.29 lb weight provides robust support without excessive load, reducing flex and vibration in equipment racks. Application: suitable for mounted power supplies, enclosures, and cross-branch connections. Feature → Business Impact → Application: 48 in length offers extended run capability for continuous support along long channel sections, improving rack integrity and reducing brace gaps. Application: ideal for modular lab setups and large-scale panel builds.
Get a Quick Quote for a Eaton B409-48ZN
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton B409-48ZN?
Enquire Now
FAQs
Yes. The B409-48ZN is designed as a single-channel bracket compatible with Eaton B-Line channel systems and common strut-channel hardware, simplifying selection and ensuring reliable alignment across panel profiles.
The bracket measures 48 inches in length, 4.62 inches in height, and 1.62 inches in width, with a weight of approximately 8.29 pounds. It is constructed from steel and finished with electro-plated zinc for durability.
Certifications documented for this part are Not Applicable. Nevertheless, the bracket uses durable steel with an electro-plated zinc finish and is designed to integrate with standard B-Line channel hardware for reliable performance.
Best suited for panel mounting, rack support, and equipment attachment along long channel runs in electrical enclosures, data centers, and manufacturing environments where consistent channel alignment is important.
The zinc-plated steel construction offers excellent corrosion resistance, reducing maintenance frequency and part replacements. Its compatibility with existing B-Line channel systems lowers assembly time and field errors, improving overall project efficiency and lifecycle costs.