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The CTS66CPRSS is a closure plate manufactured by nVent Hoffman, designed for use with Clean Tray cable management systems. It features a 6-inch height and 6-inch width configuration, constructed from Type 304 stainless steel to ensure durability in demanding environments. The component includes a sloped top design on the right side, facilitating effective water runoff and maintaining the integrity of the cable tray enclosure. Certified for indoor applications, this part serves as a critical end-cap or transition piece within industrial wiring infrastructure.
Verify that the required material specification matches Type 304 stainless steel, as other grades may be available in similar form factors. Confirm the orientation requirement for the sloped top feature, ensuring it aligns with the specific installation geometry of the target cable tray run. Check compatibility with existing nVent Hoffman Clean Tray series components to guarantee proper fitment.
Select this model when a stainless steel closure is required for a 6x6 inch cable tray opening. The sloped right-side design is essential for applications where water shedding is necessary on that specific side. Ensure the application environment is indoor, as this specific rating is documented. Compare against standard flat plates if drainage is not a priority.
This component belongs to the Hoffman Clean Tray product line, which focuses on organized and protected cable routing solutions. As a closure plate, it completes the structural boundary of the tray system. The use of stainless steel distinguishes it from galvanized steel alternatives, offering enhanced longevity in corrosive settings while maintaining standard dimensional profiles for the 6-inch series.
Direct substitutes include other 6x6 inch stainless steel closure plates from the same manufacturer series. Verify that any replacement maintains the sloped right-side profile if drainage functionality is required. Generic flat plates are not suitable replacements if the specific slope geometry is integral to the system design.

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