162G36

Overview

The Hammond Manufacturing 162G36 is a laminated core power transformer designed for industrial control applications. It features dual primary windings supporting 115V and 230VAC inputs in parallel configuration, and dual secondary windings providing 18VAC series or 36VAC center-tapped outputs. The unit has a 12VA power rating with current capacities of 700mA in parallel or 350mA in series. It utilizes through-hole PC pin termination and chassis mounting.

Feature Summary

• Dual primary winding configuration supports flexible 115V or 230VAC input selection.
• Dual secondary windings allow selectable 18VAC series or 36VAC center-tapped output configurations.
• Laminated core construction provides stable voltage regulation for low voltage applications.
• Through-hole PC pin termination facilitates direct printed circuit board integration.

Applications

• Industrial control panel power supplies
• Low voltage AC equipment powering
• Electronic device internal power conversion

Procurement Notes

Verify the specific terminal configuration required for your design, as datasheets may list both parallel and series secondary options. Confirm that the PCB layout accommodates the specified PC pin spacing and physical dimensions. Ensure the operating environment remains within the stated temperature range to maintain performance and safety compliance.

Selection Notes

Select this model when a compact, low-profile transformer is needed for 12VA loads. Choose the 162G36 over higher VA ratings if space constraints are critical. Consider the dual secondary flexibility if both 18V and 36V options might be needed in future iterations without changing the footprint.

Part Context

This component belongs to the Hammond 162 series of open-frame power transformers. These units are characterized by their low profile and PC-mount style, distinguishing them from chassis-mounted variants like the 166 series. The series is widely used in general-purpose industrial electronics requiring reliable isolation and step-down capabilities.

Replacement Considerations

Check for exact VA matching and secondary voltage polarity. Verify that any substitute maintains the same PC pin pitch and overall envelope dimensions to fit existing PCB footprints and enclosure clearances without modification.