Q Install - Q. Can I use Professional & Performance ceiling speakers in my bathroom?
Answer:
All Q Acoustics Install models are
moisture-proof, however, we do have specialist weatherproof models for outdoor/indoor use where an IPX rating is required ;stainless steel fixings and corrosion resistant aluminium
grilles are used, together with fully sealed drive units to ensure no water
ingress. Note, environments with high moisture and insufficient ventilation will cause the grilles of the Professional and Performance models to potentially rust over time as they are a ferrous metal type.
Additional note, the QI65CB models should NOT be used in this environment as they use a paper cone.
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Q Install - Q. What is the specified temperature range of Q Install weatherproof speakers?
Answer: The useable temperature range of the Q Install weatherproof product range is -20°C to +80°C. Humidity should not be an issue due to the IPx4 rating and provided that port bungs are used on Qi45EW and Qi65EW as stated within their user manual.
Q Install - In-Ceiling Speakers Brochure
Please find attached the brochure for the Q Install In-Ceiling Speakers.
Q Install - Loudspeaker Specifications
Please find attached the specifications for the following loudspeaker models: Qi65CB, Qi65, Qi65 ST, Qi80, Qi65CP, Qi65CP ST, Qi80CP, Qi50CW, Qi65CW, Qi65CW ST, Qi45EW, Qi65EW, Qi65LW, Qi65RP, Qi80RP, QiSUB80SP, Qi65LCR
Q Install - Q. Which of your Q Acoustics in-ceiling speakers provides the widest dispersion?
Answer: Our Q Install Performance range feature larger tweeters compared to our other ceiling speakers, which help to provide wide dispersion, the stereo consisting of two of these larger tweeters, the tweeters themselves can also be pivoted to widen ...
Q Install - Q. Which Q Acoustics speakers can be used for Dolby Atmos height channels?
Answer: Q Install Performance speakers are just right for Dolby Atmos, The dimension of height & hearing sounds coming from above you is key to the multidimensional Dolby Atmos experience, and although we don’t support the concept of upward firing ...