CVJ806HW

Overview

The CVJ806HW is a NEMA 4X electrical enclosure manufactured by Hoffman Enclosures, Inc. Constructed from fiberglass, it provides robust protection for mission-critical systems in demanding environments. The unit features dimensions of 9.31 inches in height, 7.31 inches in width, and 4.92 inches in depth. It is designed to safeguard electrical equipment while supporting operational continuity through durable material composition and standardized protective ratings.

Feature Summary

• NEMA 4X rated construction for environmental protection
• Fiberglass material composition for durability
• Compact form factor suitable for specific mounting requirements

Applications

• Protection of mission-critical electrical systems
• Safeguarding electrical equipment in harsh environments
• Industrial control panel housing

Procurement Notes

Verify the manufacturer designation as Hoffman Enclosures, Inc., also associated with nVent or Vynckier branding in certain contexts. Confirm the NEMA 4X rating and fiberglass material match project specifications. Ensure dimensional accuracy (9.31 x 7.31 x 4.92 inches) aligns with installation constraints before procurement.

Selection Notes

Select this model when a compact, corrosion-resistant enclosure is required for sensitive electronics. The fiberglass construction offers advantages over metal in corrosive settings. Verify that the internal volume accommodates necessary components and wiring without compromising the NEMA 4X seal integrity during installation.

Part Context

This component belongs to the Hoffman electrical enclosure product line, which focuses on safety and installation efficiency. These enclosures are engineered to protect equipment across various industrial sectors. The CVJ806HW specifically addresses needs for small-footprint, high-protection housings within the broader portfolio of customizable solutions.

Replacement Considerations

Cross-reference with other NEMA 4X fiberglass enclosures of similar external dimensions. Ensure compatibility with existing mounting hardware and internal component layouts when substituting.