229C30

Power Transformers Overview

The Hammond Manufacturing 229C30 is a low-profile power transformer designed for PCB mounting. It features dual-split bobbin construction and supports both series and parallel secondary configurations. The unit provides a rated power of 24 VA with a primary voltage rating of 115 VAC or 230 VAC. In series mode, the secondary output is 30 VAC center-tapped at 800 mA. In parallel mode, it delivers 15 VAC at 1.6 A. The device operates within a temperature range of 0°C to +130°C at 50 Hz/60 Hz.

Power Transformers Feature Summary

• Dual-split bobbin design for enhanced electrical isolation
• Low profile form factor optimized for printed circuit board integration
• Versatile secondary winding configuration supporting series and parallel operation

Power Transformers Applications

• Low voltage power supply circuits requiring isolated AC sources
• Electronic equipment utilizing center-tapped rectification topologies
• Industrial control systems needing compact board-mount transformers

Power Transformers Procurement Notes

Verify that the specific application requires the 24 VA power rating and the 30 VAC center-tapped secondary specification. Confirm compatibility with the intended PCB footprint and solder pin termination style. Ensure the operating environment remains within the specified 0°C to +130°C thermal limits. Check for any regional compliance requirements regarding RoHS standards before finalizing procurement.

Power Transformers Selection Notes

Select this component when a low-profile PCB mount transformer is required for 24 VA applications. Consider the dual-split bobbin design if high isolation performance is necessary. Evaluate the series versus parallel secondary options based on the target DC bus voltage and current requirements of the downstream circuitry.

Power Transformers Part Context

This model belongs to the Hammond 229 Series, which specializes in low-voltage, low-profile power transformers for board mounting. The series typically offers various power ratings and secondary voltage combinations to suit different electronic design needs while maintaining a consistent mechanical footprint and installation method.