F4-56

Overview

The Triad Magnetics F4-56 is a laminated core power transformer designed for industrial control applications. It features a single primary winding rated for 115V input and a single secondary winding providing 56V at 0.110A, resulting in a 6VA power rating. The unit utilizes quick connect terminals with lugs for chassis mounting. Key electrical specifications include a 2500VAC isolation voltage and compliance with UL/cUL standards.

Feature Summary

• Chassis mount design with quick connect terminals
• Laminated core construction for reliable performance
• Single primary to single secondary winding configuration

Applications

• Industrial control systems
• Equipment requiring isolated power supplies
• Chassis-mounted electronic assemblies

Procurement Notes

Verify the specific terminal type and mounting hardware requirements against your chassis design before ordering. Confirm that the 115V primary voltage aligns with your local power distribution standards. Ensure the 6VA output capacity meets the load demands of your circuitry. Check for any specific regulatory certifications required by your target market.

Selection Notes

Select this component when a compact, low-power solution is needed for chassis installation. The 56V secondary output suits applications requiring moderate voltage levels. Consider the physical dimensions and lug spacing for PCB or terminal block integration. Evaluate thermal management needs based on the 6VA rating in enclosed environments.

Part Context

This transformer belongs to the Quick Pack series from Triad Magnetics, which focuses on cost-effective solutions for standard industrial power needs. The F4-56 model specifically addresses applications requiring a 56V secondary output with a modest 6VA capacity. It serves as a fundamental power conversion component in various control panels and industrial machinery.

Replacement Considerations

Signal Transformer part number 241-4-48 is listed as a similar alternative. Verify pinout compatibility and mechanical fit before substitution.