21130293

Overview

The nVent Schroff 21130293 is a bottom cover plate designed for use with the Varistar series of electronics cabinets and rack systems. This component serves as a structural base element, providing a finished floor surface for equipment enclosures. It is engineered to support cable management infrastructure, featuring integrated entry points that facilitate organized routing of wiring beneath the chassis. The part is constructed from materials suitable for industrial environments, ensuring durability and stability for mounted electronic modules.

Feature Summary

• Provides a complete bottom enclosure surface for rack-mounted systems
• Integrates cable entry zones to support tidy wire management
• Designed to enhance electromagnetic compatibility through structured flooring

Applications

• Base installation for Varistar electronics cabinets
• Rack system assembly requiring covered floor plates
• Industrial control panel construction

Procurement Notes

Verify the specific dimensional requirements against your cabinet frame specifications before ordering. Confirm that the material finish and cable entry configuration match your system's design needs. Ensure compatibility with the intended Varistar model series. Cross-reference the part number with official nVent Schroff documentation to confirm current availability and technical validity.

Selection Notes

Select this component when a solid bottom cover is required for the Varistar series rather than an open frame structure. Consider the need for integrated cable management features when choosing between different bottom plate variants. Evaluate the depth and width constraints of your specific enclosure application to ensure proper fitment within the overall system architecture.

Part Context

This part belongs to the nVent Schroff Varistar product family, which specializes in modular electronics packaging solutions. The Varistar line includes various frames, panels, and accessories designed for standard 19-inch rack applications. Components within this series are engineered to be combinable and scalable, allowing for flexible system configurations in laboratory and industrial settings.