28103901SP

Overview

The 28103901SP is an evaporative cooling block component belonging to the Hoffman Enclosure Thermal Management Products line. It is designed for integration into industrial enclosure climate control systems to facilitate passive heat dissipation through phase-change thermal transfer mechanisms.

Feature Summary

• Utilizes evaporative cooling technology for efficient thermal management
• Designed as a modular block for integration into larger climate control assemblies

Applications

• Industrial electrical enclosure thermal regulation
• Passive heat dissipation in enclosed electronic environments
• Integration with Hoffman climate control systems

Procurement Notes

Verify the specific application context and compatibility with existing enclosure models before procurement. Confirm that the component is sourced from authorized nVent HOFFMAN distributors to ensure authenticity and adherence to manufacturer specifications. Check for any required accompanying accessories or mounting hardware not included in the base unit description.

Selection Notes

Select this component when active mechanical cooling is unnecessary or undesirable due to maintenance constraints. Evaluate the thermal load requirements of the target enclosure to ensure the evaporative block provides sufficient heat rejection capacity. Consider environmental factors such as ambient temperature and humidity levels which may influence the efficiency of the phase-change cooling process.

Part Context

This part falls under the broader category of enclosure thermal management products offered by nVent HOFFMAN. It complements other climate control solutions such as fans, heaters, and air conditioners within the Hoffman catalog. The product supports the company's focus on protecting electrical equipment from environmental extremes through specialized thermal solutions.

Replacement Considerations

No direct public substitute part numbers are documented for this specific evaporative block model. Compatibility should be verified against original equipment manufacturer specifications rather than relying on generic cross-references.