AW-10PW-NSVC

Overview

The AW-10PW-NSVC is an industrial-grade siren manufactured by PUI Audio, Inc. It operates on a 12VDC supply with a current rating of 15mA and produces a sound pressure level of 106 dBA at a frequency of approximately 2.9kHz to 3.1kHz. The device features multiple tones and is housed in a red lens assembly with IP65 ingress protection. Physical dimensions are 50mm x 50mm x 44mm, utilizing wire leads for flush mounting.

Feature Summary

• IP65 rated enclosure for dust tightness and water jet resistance
• Internally driven piezo mechanism for multi-tone output
• Flush mount design with integrated wire leads

Applications

• Industrial machinery status indication
• Safety alarm systems requiring high visibility and audibility
• Control panels in harsh environmental conditions

Procurement Notes

Verify the specific voltage and color configuration against project requirements before ordering. Confirm that the wire lead termination style matches existing wiring harnesses. Ensure the IP65 rating meets the environmental exposure standards of the installation site. Cross-reference the datasheet for precise acoustic performance metrics under varying load conditions.

Selection Notes

Select this model when high decibel output is required alongside visual signaling. The internally driven nature simplifies circuit design by removing external driver components. Consider the physical footprint and flush mount requirement during panel layout planning. Verify compatibility with available DC power supplies within the specified voltage range.

Part Context

This component belongs to the AW series of industrial sirens from PUI Audio. It is designed for robust performance in demanding environments where standard indicators may fail. The series typically offers various voltage and color options to suit different application needs while maintaining consistent acoustic and visual standards.

Replacement Considerations

AW-10PR-NSVC is a confirmed substitute variant differing primarily in lens color (red vs white). Verify that the color change does not conflict with existing safety coding or visual identification schemes in the target application.