23130413

Overview

The nVent SCHROFF 23130413 is a Varistar series mounting plate designed for electrical component integration. It features dimensions of 1200mm height and 600mm width, providing a robust structural solution with a 600 kg load capacity. The unit utilizes a standard 25mm mounting pitch to facilitate the secure attachment of sub-assemblies and cabling infrastructure within rack systems.

Feature Summary

• Supports mounting of electrical components and sub-assemblies
• Accommodates cabling infrastructure integration
• Enables rear mounting configuration options

Applications

• Mounting electrical components in rack enclosures
• Securing sub-assemblies within industrial cabinets
• Cabling management support structures

Procurement Notes

Verify the specific part number 23130-413 against official nVent SCHROFF documentation to confirm dimensional accuracy and load specifications. Ensure compatibility with existing rack standards before procurement. Cross-reference datasheets for precise mounting hole patterns and material composition details required for your specific installation environment.

Selection Notes

Select this model when a high-capacity mounting surface is required for heavy electrical assemblies. The 1200H x 600W format suits standard cabinet depths. Consider the 25mm pitch requirement for compatible hardware. Verify if rear mounting capabilities are necessary for the specific system layout before finalizing the selection.

Part Context

This component belongs to the Varistar series, which specializes in electronics packaging design and fabrication. The series provides standardized solutions for organizing internal rack spaces. As a mounting plate, it serves as a foundational element for building complex electrical subsystems within larger enclosure architectures.

Replacement Considerations

Consult official nVent SCHROFF catalogs for direct replacements. Ensure substitute plates match the 1200x600mm footprint and 25mm pitch. Verify load ratings align with original specifications to maintain structural integrity.