52610400SP

Overview

The Hoffman Enclosures Inc. model 52610400SP is a limit switch component designed for industrial enclosure systems, specifically categorized under rack thermal management accessories. It functions as an operational safety device to monitor and control access or position within the enclosure structure. The part number corresponds to a specific configuration identified in distributor catalogs as 'SWT LMT EB2 OP400 CL330', indicating its role in interlocking mechanisms for equipment protection.

Feature Summary

• Provides industrial-grade operational safety monitoring for enclosure systems
• Designed for easy replacement within existing infrastructure
• Supports improved system performance through reliable limit detection

Applications

• Industrial enclosure interlocking systems
• Rack thermal management safety controls
• Equipment access monitoring

Procurement Notes

Verify the exact functional specification against the manufacturer's current datasheet before procurement, as distributor listings may vary in descriptive detail. Confirm compatibility with the specific enclosure series intended for installation. Ensure the ordering suffix matches the required electrical or mechanical configuration for the target application.

Selection Notes

Select this component when a dedicated limit switch is required for Hoffman-style enclosure thermal management racks. Evaluate the physical dimensions and mounting requirements against the specific rack model. Consider the operational pressure and voltage ratings if specified in the detailed technical documentation for the specific variant.

Part Context

This part belongs to the nVent Hoffman accessory line, often associated with thermal management and safety interlocks for industrial enclosures. It is distinct from general junction boxes or standard limit switches, serving a specialized role in rack-mounted equipment safety protocols.

Replacement Considerations

Publicly confirmed direct substitute part numbers are not available in the provided source data. Verify cross-compatibility with existing interlock mechanisms before substituting with generic limit switches.