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The TXCBW-V86-530-Q (F) is a Turbo Trio Extra Loud Continuous piezo buzzer manufactured by Floyd Bell Inc. It features panel mounting with a diameter of approximately 35.8 mm and utilizes quick connect tabs for termination. The device operates on DC input within a voltage range of 5 to 30 V. It functions as an internally driven indicator circuit producing a continuous tone at a frequency of 2.9 kHz. The unit is RoHS compliant and designed for high-volume industrial applications requiring reliable acoustic signaling.
Verify the specific suffix configuration against official Floyd Bell documentation to ensure compatibility with required mounting hardware and termination styles. Confirm that the internal driver circuitry matches the target control logic levels. Request updated datasheets directly from authorized distributors to validate current production status and compliance certifications prior to finalizing procurement orders.
Select this component when a continuous tone signal is required rather than intermittent beeping. Ensure the operating voltage falls within the specified 5 to 30 V DC range. Consider the physical dimensions for panel cutout requirements. Verify that the quick connect tab termination style aligns with the available wiring harness or PCB layout constraints for the intended assembly.
This model belongs to the Turbo series of piezo buzzers, which are characterized by high sound pressure levels relative to their size. The Turbo Trio designation indicates a specific acoustic profile optimized for continuous operation. These components are part of a broader family of panel-mount audible indicators used across various electronic industries for safety and operational feedback.
Direct substitutes include models sharing the same Turbo series architecture and electrical specifications. Verify mechanical fitment and terminal type before substitution. Cross-reference part numbers such as TMC-86-530-Q or TMW-V86-530-Q(F) for potential equivalents, ensuring identical voltage ranges and frequency outputs to maintain system performance integrity.