2 Way Compact Variable Dispersion Speaker

Ideal Use Cases

The TOA HX-7B is presented as a 2-way compact variable dispersion speaker within the Variable Dispersion Array HX-7 product family. It is best matched to purchasing requirements that specifically identify the HX-7B by model or SKU. It also supports evaluations centered on a compact 2-way speaker and variable-dispersion array format, as these are the defining product attributes supplied for this listing. Venue types, indoor or outdoor suitability, and recommended audience capacities are not stated, so the available data does not support narrowing its use to a particular commercial, institutional, or entertainment environment.

Why Choose This Model

The clearest reason to select this model is its specific combination of HX-7B identification, compact form, 2-way designation, and variable-dispersion description. The source page identifies it as part of TOA’s HX-7 variable dispersion array range and associates the product with TOA United States, Inc. One numerical specification is supplied: 75 Hz, labeled as a refresh rate in the scraped technical table. Because the source does not explain that terminology, the value should not be interpreted as frequency response, crossover frequency, bandwidth, or another conventional loudspeaker measurement.

Installation and Integration

The supplied gallery provides multiple visual references for installation planning and product identification. These include angled views, a zero-degree side view, a 45-degree side view, additional angle views, front and rear views, and a front view with the grille removed. The zero-degree and 45-degree filenames document the perspectives shown, but they do not establish adjustment limits or supported dispersion settings. No dimensions, weight, mounting procedure, connector type, impedance, voltage requirement, or installation clearances are provided. Images named HY-PF7B and HY-VM7B also appear in the gallery, but the data does not state whether those items are compatible, required, optional, or included.

Performance Highlights

The verified performance record supplied for the HX-7B is limited. Its product name establishes that it is a compact 2-way variable dispersion speaker, while the source page categorizes it as a Variable Dispersion Array HX-7 product. The only listed numerical technical value is 75 Hz under the label refresh rate. No power handling, sensitivity, impedance, frequency range, maximum sound pressure level, dispersion angles, crossover details, driver configuration, or coverage measurements are included. As a result, this listing does not assign performance capabilities beyond the exact terminology recorded in the source data.

What Makes It Different

The HX-7B is distinguished in the supplied information by its variable-dispersion array designation and compact 2-way description. Its exact model code makes it straightforward to identify within an equipment schedule or model-specific purchasing request. The gallery is also unusually useful for visual confirmation: ten supplied URLs cover eight HX-7B views plus images whose filenames identify HY-PF7B and HY-VM7B. The grille-off front image and rear image provide additional visual context without requiring assumptions about internal components, enclosure materials, terminals, or included hardware. No color name or finish specification is explicitly given.

Final Assessment

The HX-7B has a clearly documented identity but a sparse engineering dataset. It is a TOA compact 2-way variable dispersion speaker associated with the HX-7 variable dispersion array family, and it is represented by a comprehensive set of product-view images. Buyers seeking this exact SKU can verify its appearance and model designation from the supplied information. Before specifying or ordering it for a system, confirm any required acoustic, electrical, mounting, environmental, and dimensional details separately. Warranty terms, included components, power ratings, coverage values, physical measurements, UPC, and EAN are not present in the source data and therefore are not asserted here.