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The Hammond Manufacturing 160G24 is a low-voltage power transformer designed for printed circuit board (PCB) mounting. It features dual primary windings rated for 115 VAC and 230 VAC operation, providing flexibility for global voltage standards. The secondary output is configured as a 24 VAC center-tapped supply, delivering a maximum current of 450 mA with a total power rating of 10 VA. This component utilizes through-hole technology for secure attachment to electronic assemblies.
Verify the specific manufacturing date code and lot number upon receipt to ensure compliance with RoHS directives and material safety data sheets. Confirm that the incoming inventory matches the 160G24 designation exactly, as Hammond offers similar transformers with different current ratings or voltage configurations within the same series. Inspect leads for straightness and solderability prior to assembly to prevent connection failures during wave soldering processes.
Select this model when a compact, board-mounted solution is required for stepping down standard line voltages to a stable 24 VAC center-tapped rail. The 10 VA rating limits its suitability to low-power signal processing or relay driver circuits rather than high-load applications. Ensure the PCB layout accommodates the physical footprint and lead spacing specified in the official dimensional drawings to maintain mechanical stability and thermal clearance requirements.
This component belongs to the Hammond 160 series of low-voltage power transformers. Unlike chassis-mount variants such as the 266G24, the 160G24 is optimized for direct integration into printed circuit boards. It shares the dual-primary architecture common to Hammond's industrial-grade transformers but differs in form factor and mounting style to suit automated assembly lines and space-constrained designs.
Direct substitutes must match the 10 VA power rating, 24 VAC CT secondary, and 450 mA current capacity. Verify that alternative components support the same 115/230 VAC dual-primary input and utilize compatible through-hole pin spacing. Cross-reference with Hammond part numbers like 162H24 only if the higher 800 mA current rating is acceptable for the application design.