Eaton B52A-120SS6 Strut Channel - Stainless 316
Part Number: B52A-120SS6
Quick Summary
The Eaton B52A-120SS6 Strut Channel is a back-to-back welded support for electrical and mechanical mounting. Installers often wrestle with misaligned channels and corrosion; stainless steel 316 resists harsh environments. Note: Certifications listed as Not Applicable for this channel, though its corrosion resistance and rigidity come from stainless steel 316 and 12-gauge steel. This combination helps reduce maintenance, supports scalable data-center and manufacturing installations, and aligns with common industry practices for durable mounting solutions while keeping installation time predictable. The B52A-120SS6 integrates seamlessly with standard fasteners and accessories from the B-Line Series, enabling fast on-site assembly and reliable service life.
Product Information
Extended Description
B52A-120SS6 Eaton: Eaton B-Line series strut back-to-back welded channel, 0.81" H x 120" L x 1.62" W, Steel, Stainless steel type 316, 12 Gauge
Product Name
Eaton B-Line series strut back-to-back welded channel
Catalog Number
B52A-120SS6
UPC
799038750871
Product Length/Depth
12 in
Product Height
1.625 in
Product Width
1.625 in
Product Weight
2.324 lb
Certifications
Not Applicable
Channel type
B52
Finish
Stainless steel type 316
Material
Steel
Material gauge
12 Gauge
Channel and Combinations Catalog Section
Eaton Specification Sheet - B52A-120SS6
Dura-Green finish overview
Stainless steel 316 finish provides superior corrosion resistance in wet or chemical environments, extending service life and reducing maintenance costs in data centers and chemical plants. This 12 gauge steel construction adds rigidity, supporting heavier equipment and reducing deflection in long-span runs, which translates to safer, more reliable installations in manufacturing floors and cleanrooms. The back-to-back welded channel design delivers dual-channel capability in a single member, improving mounting flexibility for side-by-side equipment and simplifying alignment during installation. With a standard 12 inch length and 0.81 inch height, this unit offers predictable compatibility with Eaton’s B-Line accessories, enabling faster project setup and lower total installed cost. Overall, this channel is well-suited to retrofit projects and new builds that demand durable, scalable support structures in harsh environments.
Get a Quick Quote for a Eaton B52A-120SS6
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 B52A-120SS6?
Enquire Now
FAQs
Yes. The B52A-120SS6 is designed for use with Eaton B-Line strut channel systems and common fittings. It accepts standard nuts, bolts, and accessories sized for typical 1-1/4 and 1-5/8 inch channels, ensuring quick integration with existing support structures and minimizing configuration time on site.
Key specs include a 12 inch length, 0.81 inch height, 1.625 inch width, and a weight of 2.324 pounds. The channel is made from steel with a stainless steel type 316 finish and uses 12 gauge material, classifying it as a robust, corrosion-resistant back-to-back welded channel in the B-Line series.
Ideal for data centers, manufacturing floors, chemical plants, and other harsh environments. Its 316 stainless finish provides corrosion resistance, while the back-to-back welded design supports dual-channel mounting, making it suitable for mounting electrical trays, mechanical supports, and heavy equipment with reduced maintenance needs.
Certifications are listed as Not Applicable for this product. Despite that, the 316 stainless steel construction and 12 gauge steel provide robust performance in industrial environments. Always confirm site-specific regulatory requirements and verify compatibility with local standards when integrating into critical systems.
The corrosion resistance of stainless steel 316 and the rigidity of 12 gauge steel reduce corrosion-related maintenance and part replacements. The back-to-back welded design shortens installation time and minimizes the need for additional brackets or supports, delivering lower total cost of ownership over the system’s lifecycle.