CBPS0840-316

Overview

The CBPS0840-316 is a split bottom plate manufactured by nVent Hoffman, designed for use in electrical enclosure construction. It features dimensions of 800mm in width and 400mm in depth. The component is constructed from Stainless Steel 316, providing enhanced corrosion resistance compared to standard stainless steel variants. This floor plate is suitable for building enclosures with a width of 800mm.

Feature Summary

• Constructed from Stainless Steel 316 for superior corrosion resistance
• Split design facilitates safe cable routing and prevents strain
• Supports snap-in and screw-mount installation options

Applications

• Electrical enclosure assembly
• Industrial control panel construction
• Cable management systems requiring corrosion-resistant flooring

Procurement Notes

Verify the specific material grade (Stainless 316) against project requirements, as other variants like Stainless 304 exist for similar dimensions. Confirm compatibility with the intended enclosure frame width of 800mm. Ensure mounting methods align with the specified snap-in or screw-mount capabilities documented for this component series.

Selection Notes

Select this model when high corrosion resistance is required for the enclosure base. The 800x400mm size is specific to wider enclosure builds. Consider the split design benefits for cable access during maintenance. Compare against Stainless 304 alternatives if environmental conditions do not necessitate the higher alloy content of Grade 316.

Part Context

This part belongs to the CBPS series of split bottom plates from nVent Hoffman. These components are integral to modular enclosure systems, providing a structured base for internal component mounting and cable organization. The series includes various materials and sizes to accommodate different industrial environments and enclosure footprints.

Replacement Considerations

The CBPS0840 variant serves as a non-split alternative in the same dimensional range but lacks the cable routing benefits. Verify if the split design is critical for the application before substituting.