What is the best speaker for a school in Liechtenstein?

Schools need speech clarity above all else, especially for young listeners who are still developing language processing. In corridors, classrooms and for paging, ceiling loudspeakers on a 70/100 V line are the practical choice: they distribute sound evenly, are unobtrusive, and allow simple zoning. SSOUNDS CL6 and CL8 ceiling loudspeakers are designed for this, with tamper-resistant grilles and back cans available for fire and safety compliance. For assembly halls and sports halls, where longer throw and higher SPL are required, slim column loudspeakers such as the SSOUNDS LC8.2 and LC16.2 provide controlled vertical coverage that keeps sound on the audience and off hard walls, improving intelligibility. Alternatively, point-source boxes from the SSOUNDS P series (P4, P5, P6T, P10T, P12T) or M series can be used, with T models running on 70/100 V lines for distributed systems.

Sizing a system starts with the room's dimensions, surface finishes and intended use. For a typical classroom, one or two ceiling loudspeakers on a 100 V line will suffice for speech and media playback. Corridors need loudspeakers spaced at regular intervals, typically every 6 to 10 metres, to maintain consistent coverage for paging and emergency announcements. Assembly halls require a more careful approach: a single column loudspeaker per side can cover a deep room if aimed correctly, while wider halls may need a left-right pair or a distributed ring of ceiling loudspeakers. Sports halls, with their high ceilings and reverberant surfaces, benefit from columns or point-source boxes with narrow vertical dispersion, mounted at height and aimed down the length of the hall. In all cases, SSOUNDS A series networked amplifiers with DSP and Dante provide the processing, zoning and control needed, and simple wall controllers can be added for local volume adjustment.

SSOUNDS designs and supports installations internationally from its offices in the United Kingdom, United States, Nigeria and Ghana. For a school in Liechtenstein, we work with local integrators and consultants to specify the right system, ensuring it meets the acoustic and operational needs of the facility. Our engineering team uses AI-assisted modeling and simulation to predict coverage and intelligibility before any equipment is shipped, so the installed system performs as intended. Whether the project is a single classroom or a whole campus, the same principles apply: choose the right loudspeaker type for each space, size the system for even coverage, and use networked amplification with DSP for flexibility and control.