89068458SP

Overview

The Hoffman Enclosures Inc. model 89068458SP is an enclosure heater designed for rack thermal management applications. It operates at a voltage rating of 230 V AC and provides a power output of 1300 W. The device originates from the United States of America. This component functions as a heating element to maintain operational temperatures within electrical enclosures, ensuring equipment safety and reliability in controlled environments.

Feature Summary

• Provides active thermal management for electrical enclosures
• Designed for integration into rack systems
• Operates on standard 230 V AC supply

Applications

• Rack thermal management
• Electrical enclosure heating
• Equipment temperature maintenance

Procurement Notes

Verify that the installation environment supports 230 V AC input. Confirm the 1300 W power requirement aligns with the facility's electrical capacity. Ensure the physical dimensions fit the intended rack or enclosure space. Check for any specific mounting hardware requirements not included with the unit. Validate compliance with local electrical codes for enclosure accessories.

Selection Notes

Select this model when active heating is required for 230 V AC systems. Consider the 1300 W output for moderate thermal loads in enclosed spaces. Evaluate the need for rack-specific mounting solutions. Compare against lower wattage options if heat generation requirements are minimal. Ensure compatibility with existing enclosure infrastructure.

Part Context

This heater belongs to the Hoffman Enclosures product line focused on environmental control for electrical systems. It addresses the need for reliable thermal regulation in industrial settings. The component complements other enclosure accessories by providing essential heating capabilities to prevent condensation and low-temperature failures.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing mounting configurations before considering alternative models.