F-41X

Overview

The Triad Magnetics F-41X is a laminated core power transformer designed for industrial applications. It features a chassis mount configuration with wire leads for secure installation. The unit operates at a primary voltage of 115VAC and provides a secondary output of 25.2VCT at a maximum current of 2A. With a maximum power rating of 50.4VA, it supports standard 60Hz frequencies. The physical dimensions are 101.60mm in length, 57.15mm in width, and a maximum seated height of 65.86mm.

Feature Summary

• Toroidal construction design offering smaller size compared to standard EI transformers
• Provides 4kV dielectric isolation capability
• Chassis mount style with wire lead termination

Applications

• Industrial power supply systems
• Equipment requiring low-voltage step-down
• Chassis-mounted electronic assemblies

Procurement Notes

Verify the specific datasheet revision and RoHS status prior to ordering, as compliance information may be in transition. Confirm that the 115V primary specification matches the target application's input requirements. Ensure mechanical clearance accommodates the specified maximum seated height of 65.86mm during integration planning.

Selection Notes

Select this component when a compact, high-isolation transformer is required for 115VAC input systems. The 50.4VA rating suits moderate load applications. Consider the chassis mount form factor if panel or frame mounting is preferred over PCB integration. Verify frequency compatibility with the 60Hz operational requirement before finalizing the design.

Part Context

This part belongs to the Triad Magnetics industrial power transformer series. It utilizes a bobbin-wound laminated core architecture. The product line emphasizes robust isolation and space-efficient designs for demanding environments. The F-41X represents a specific variant optimized for single secondary output configurations within this broader family.

Replacement Considerations

Consult official manufacturer documentation for confirmed substitute part numbers. Cross-reference electrical parameters such as VA rating, voltage taps, and physical footprint to ensure functional equivalence without modifying existing mechanical constraints.