PF24-30

Power Transformers Overview

The PF24-30 is a semi-toroidal power transformer manufactured by Tamura Corporation. It features a primary voltage rating of 115V and 230V. The secondary output provides parallel 15VAC at 1.6A or series 30VCT at 0.8A. This component is designed for board mount applications and operates within standard industrial temperature ranges.

Power Transformers Feature Summary

• Semi-toroidal core construction for efficient magnetic coupling
• Dual primary voltage capability for global compatibility
• Flexible secondary configuration supporting parallel or series connections

Power Transformers Applications

• Industrial control systems requiring isolated power
• Equipment needing dual voltage input support
• Power supplies utilizing series-connected secondary windings

Power Transformers Procurement Notes

Verify the specific manufacturing date code and country of origin markings on the component body to ensure authenticity. Confirm that the secondary winding configuration matches the required circuit design, as the part supports both parallel and series outputs. Check for UL listing compliance if safety certification is mandatory for the end application.

Power Transformers Selection Notes

Select this model when a compact semi-toroidal transformer is needed with flexible secondary voltage options. Ensure the load current does not exceed 1.6A in parallel mode or 0.8A in series mode. Consider the physical dimensions and board mounting requirements before finalizing the design.

Power Transformers Part Context

This component belongs to the PF24 series of power transformers from Tamura. Similar models include the PF24-24 and PF24-34, which offer different secondary voltage and current ratings while maintaining the same form factor and primary specifications.

Power Transformers Replacement Considerations

Direct substitutes may include other Tamura PF24 series variants with matching electrical characteristics. Verify cross-reference data sheets for equivalent performance metrics before implementation.