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The Visaton 4454 is a 7 cm (2.5 inch) flush-mounted full-range speaker designed for integration into plastic housings with a threaded mounting ring. It features an 8 Ohm impedance and a 10 W power rating, delivering a sound pressure level of 88 dBA. The unit operates within a frequency response range of 400 Hz to 5 kHz, with a self-resonant frequency of 550 Hz. Physical dimensions include a diameter of 76 mm and a depth of 34.5 mm. It utilizes wire leads for termination and carries an IP4X protection rating, suitable for indoor applications.
Verify the specific impedance variant, as datasheets indicate an 8 Ohm configuration for part number 4454, while aliases may reference other values. Confirm that the wire lead termination meets the system's wiring requirements. Ensure the IP4X rating aligns with the environmental exposure limits of the intended installation site. Cross-reference the 10 W power handling against the amplifier output capabilities to prevent thermal overload during peak operation.
Select this component when a small form factor is required for flush installation within plastic structures. The 8 Ohm impedance dictates amplifier matching; ensure the source can drive this load efficiently. Consider the limited low-frequency extension below 400 Hz, which necessitates complementary drivers or crossover networks if full-range coverage is essential. The wire lead interface requires compatible connector planning during the mechanical design phase.
This model belongs to the Visaton speaker transducer portfolio, categorized under audio devices. It serves as a specialized solution for embedded audio applications where standard basket mounts are impractical. The design prioritizes ease of assembly into molded plastic components, distinguishing it from panel-mount or ceiling-mount alternatives in the manufacturer's lineup.
Public confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing enclosure threads and wiring harnesses before considering alternative models.