6494-024

Power Transformers Overview

The Delevan 6494-024 is a laminated core power transformer manufactured by API Delevan Inc. It features a 25VA rating with parallel primary windings for 115V and 230V input configurations. The secondary side provides dual outputs: a 12V winding capable of 2A in parallel or series connection, and a 24V winding rated at 1A for parallel or series operation. Designed for chassis mounting, this component utilizes quick connect terminals for integration into electronic systems requiring isolated AC voltage conversion.

Power Transformers Feature Summary

• Laminated core construction for efficient power transformation
• Dual secondary windings supporting flexible voltage and current configurations
• Quick connect terminal interface for simplified assembly

Power Transformers Applications

• Chassis-mounted power supply units
• Industrial control equipment
• Electronic instrumentation

Power Transformers Procurement Notes

Verify the specific datasheet version and RoHS compliance status prior to procurement, as historical records indicate potential non-compliance or end-of-life notices. Confirm that the quick connect terminal type matches the target PCB or wiring harness specifications. Ensure the required VA rating and isolation characteristics align with the system design requirements before finalizing the order.

Power Transformers Selection Notes

Select this model when a 25VA laminated transformer with dual secondary outputs is required. Verify that the available space accommodates the physical dimensions and that the quick connect terminals are compatible with the assembly process. Consider thermal management needs based on the continuous load current requirements of the 12V and 24V secondary circuits.

Power Transformers Part Context

This component belongs to the power transformer category within the API Delevan product portfolio. It serves as a standard solution for converting mains voltage to lower AC voltages in applications where compact size and reliable isolation are prioritized over high-frequency switching efficiency.