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The Hoffman Enclosures, Inc. model 99049040SP is a capillary tube component designed for use within nVent Hoffman cooling systems. It serves as a critical element in the refrigerant circuit, facilitating heat transfer and pressure regulation. The unit is engineered to maintain long-term performance stability under demanding industrial conditions. Its construction ensures compatibility with standard refrigerants utilized in these specific environmental control assemblies.
Verify the part number against official nVent Hoffman documentation to ensure correct identification. Confirm compatibility with existing cooling system models before procurement. Check for any updated datasheets or technical bulletins that may specify revised installation requirements or compatible refrigerant types. Ensure the component matches the original equipment specifications for seamless integration.
Select this component specifically for integration into nVent Hoffman cooling architectures. Ensure the application requires a capillary tube solution for refrigerant management. Verify that the operating environment aligns with the design parameters for industrial durability. Confirm that the associated enclosure system utilizes compatible refrigerants supported by this specific hardware configuration.
This component belongs to the category of rack accessories and enclosure environmental controls manufactured by Hoffman Enclosures, Inc., now part of nVent. It functions as a specialized hardware piece within larger thermal management assemblies rather than a standalone enclosure unit. The product line focuses on maintaining internal temperatures for sensitive electronic equipment housed in industrial enclosures.
No public confirmed substitute part numbers are available in the provided documentation. Use only the specified manufacturer part number for direct replacement to ensure system integrity and warranty compliance.
It is compatible with refrigerants used in nVent Hoffman cooling systems.
Yes, it is designed for long-term performance in demanding industrial environments.

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