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The Hoffman Enclosures CTS33PSPSS is a straight section splice designed for the CLEAN TRAY cable management system. Constructed from Type 304 stainless steel, this component features a perforated design with a sloped top surface to facilitate drainage and debris removal. It measures 3 inches in width and height, with a standard length of 6 inches. The unit utilizes 18-gauge material thickness to ensure structural integrity within indoor environments. This splice connects linear runs of the 3-inch wide tray, maintaining alignment and continuity for wire routing applications.
Verify that the required tray width matches the 3-inch specification of this splice. Confirm that the installation environment is indoor, as this model is rated for Type 1 conditions. Ensure compatibility with the specific Hoffman CLEAN TRAY series components being used in the assembly. Check that the stainless steel construction meets the project's material requirements for corrosion resistance.
Select this part when extending a straight run of 3-inch wide cable tray indoors. Choose this model over solid tops if drainage or weight reduction is necessary. Consider the Type 304 stainless steel composition for environments requiring higher durability than standard coated metals. Ensure the 18-gauge thickness aligns with the load-bearing requirements of the installed cabling.
This component belongs to the nVent Hoffman CLEAN TRAY family, which provides modular cable management solutions. The CTS33PSPSS serves as a critical interconnect piece, allowing users to build custom-length tray runs. It complements other accessories like elbows and reducers within the same 3-inch width series, ensuring a cohesive and standardized installation process for electrical wiring infrastructure.
No direct public substitute part numbers are identified for this specific Hoffman configuration. When replacing, ensure the new splice matches the 3x3 inch dimensions and Type 304 stainless steel material. Verify that the perforation pattern and slope angle remain consistent to maintain system integrity.
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