D12106IS

Overview

The Hoffman D12106IS is a steel electrical enclosure designed for industrial environments. It features an NEMA 4X rating, providing protection against corrosion, dust, and water ingress. The unit measures 12 inches in width, 10 inches in height, and 6 inches in depth. Constructed from stainless steel, it offers durability in harsh conditions. The enclosure includes a hinged door with a latch mechanism for secure access.

Feature Summary

• Stainless steel construction for enhanced corrosion resistance
• NEMA 4X rated sealing capabilities
• Hinged door design with integrated locking

Applications

• Outdoor industrial control panels
• Marine environment equipment housing
• Food and beverage processing stations

Procurement Notes

Verify the specific material grade of the stainless steel used in manufacturing to ensure compatibility with your environmental requirements. Confirm that the hinge and latch mechanisms meet the mechanical stress expectations of your installation site. Check for any required accessories such as gaskets or mounting hardware that may not be included in the standard package.

Selection Notes

Consider the thermal management needs of the internal components when selecting this enclosure. Ensure that the internal volume accommodates all necessary wiring and devices with adequate spacing. Evaluate the need for additional knockouts or cutouts for cable entries based on the specific application layout.

Part Context

This model belongs to Hoffman's line of stainless steel enclosures, which are engineered for high-corrosion environments. It is part of a series that prioritizes longevity and safety in demanding industrial settings. The design focuses on robust protection while maintaining ease of access for maintenance.

Replacement Considerations

When replacing existing units, verify dimensional compatibility with current mounting structures. Ensure that the new enclosure meets or exceeds the ingress protection standards of the previous model. Check for any changes in weight or structural integrity that might affect support brackets.