TCT3-11E07AE

Power Transformers Overview

The TCT3-11E07AE is a laminated core power transformer from Triad Magnetics, designed for industrial control applications. It features a single primary winding rated for 120VAC input at 50/60 Hz and a single secondary winding providing 10VAC output. The unit has a maximum power rating of 2.5VA with a maximum output current of 250mA. It utilizes quick connect terminals for electrical connections and is intended for chassis mounting.

Power Transformers Feature Summary

• Tamper-resistant shrouds provide enhanced safety protection
• Steel bracket welded to the bottom facilitates ease of mounting
• Laminated core construction supports standard industrial control frequencies

Power Transformers Applications

• Industrial control circuits
• Class 2 power supply systems
• Equipment requiring isolated low-voltage AC control signals

Power Transformers Procurement Notes

Verify that the specific application requires a 120V primary and 10V secondary configuration. Confirm that the 2.5VA power rating meets the load requirements. Ensure the chassis mounting style and quick connect terminal type are compatible with the existing assembly design before ordering.

Power Transformers Selection Notes

Select this component when a compact, chassis-mountable transformer is needed for Class 2 compliance. It is suitable for applications requiring isolation between the primary line voltage and the secondary control circuit. Consider the physical dimensions and weight constraints of the enclosure during the selection process.

Power Transformers Part Context

This part belongs to the TCT series of Class 2 transformers manufactured by Triad Magnetics. These units are engineered for reliability in industrial environments. The series offers various voltage configurations and power ratings to suit different control panel requirements while maintaining safety standards.

Power Transformers Replacement Considerations

TCT3-12E07AE: Offers identical physical form factor and mounting but provides a 12V secondary output instead of 10V. Verify that the downstream circuitry can tolerate the voltage difference.