BRT1615P-06

Overview

The BRT1615P-06 is a magnetic plugin buzzer manufactured by International Components Corp. It operates on a rated voltage of 6 VDC with an operating range of 3 to 12 VDC. The device draws a maximum current of 40 mA and produces a sound output level of 85 dB at 10 cm distance. It features a compact 16 mm diameter design and utilizes two pin terminals for connection.

Feature Summary

• Externally-driven magnetic transducer technology
• Compact 16 mm diameter form factor
• Two-pin terminal configuration

Applications

• Audible signal devices
• Alarm systems
• Electronic equipment indicators

Procurement Notes

Verify the specific part number suffix against official datasheets, as variations such as -C may indicate different compliance or packaging statuses. Confirm that the required operating voltage aligns with the 3–12 VDC range before integration. Ensure terminal compatibility with the target PCB layout. Cross-reference manufacturer documentation for any updates to RoHS compliance status.

Selection Notes

Select this component when a compact, externally-driven magnetic buzzer is required for audible signaling. Consider the 16 mm diameter constraint for enclosure space. Evaluate the 85 dB sound output against ambient noise requirements. Verify that the 40 mA maximum current draw fits within the driving circuit's capacity. Ensure the 2-pin terminal type matches the assembly method.

Part Context

This model belongs to the BRT series of high-performance magnetic plugin buzzers from International Components Corp. These components are designed for reliable audible signaling in various electronic applications. The series typically offers compact dimensions and standardized terminal configurations for easy integration into control panels and consumer electronics.

Replacement Considerations

Publicly confirmed substitute part numbers for the BRT1615P-06 were not identified in available official documentation. Users should consult manufacturer catalogs for direct equivalents or verify compatibility through detailed electrical and mechanical parameter matching.