29410200C1SP

Overview

The Hoffman Enclosures Inc. model 29410200C1SP is a coil evaporator component, identified by the product code HOF29410200C1SP. This part functions as a thermal exchange element within climate control systems for electrical enclosures. It is designed to facilitate heat dissipation in enclosed environments. The component is categorized under enclosure accessories and cooling solutions provided by nVent Hoffman.

Feature Summary

• Functions as a coil evaporator for thermal management
• Designed for integration into electrical enclosure climate control systems

Applications

• Cooling electrical enclosures
• Climate control system components
• Heat dissipation in industrial panels

Procurement Notes

Verify the exact compatibility with existing enclosure models before procurement. Confirm that the coil evaporator matches the specific thermal load requirements of the installation. Ensure the part number 29410200C1SP corresponds to the required voltage and physical dimensions for the target nVent Hoffman enclosure series. Cross-reference with official nVent documentation to confirm current availability and technical specifications.

Selection Notes

Select this component based on the specific cooling capacity needed for the electrical enclosure. Consider the ambient temperature conditions and internal heat generation of the equipment housed within. Ensure the evaporator coil is compatible with the existing condenser unit or climate control assembly. Verify mounting constraints and spatial requirements within the enclosure structure.

Part Context

This component belongs to the nVent Hoffman line of enclosure accessories, specifically focusing on active cooling solutions. It supports the brand's portfolio of protecting electrical equipment from environmental factors. The coil evaporator is a critical part of the refrigeration cycle used in high-performance enclosure cooling units.

Replacement Considerations

Consult official nVent Hoffman documentation for direct replacement part numbers. Ensure any substitute maintains identical thermal performance and physical interface specifications. Verify compatibility with the existing control board and refrigerant lines if applicable.