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Sennheiser SZI 1015-T manual Tende, tappeti/moquette, vernici, Influenza della luce esterna

Models: SZI 1015-T

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Tende, tappeti/moquette, vernici

Tende, tappeti/moquette, vernici

•Tessuti scuri e pesanti, tende, tappeti/moquette, legno e rivestimenti delle pareti assorbono la luce. La ricezione perfetta è garantita solo nel campo visivo diretto del trasmettitore a raggi infrarossi.

•L’intonaco rustico e i rivestimenti in rilievo delle pareti riflettono la luce in modo irregolare e possono ostacolare la distribuzione uniforme del segnale infrarosso.

•Pareti lisce e chiare, piastrelle lucide e specchi riflettono molta luce e contribuiscono alla distribuzione della luce infrarossa nella stanza.

•Le vernici delle pareti possono riflettere la luce infrarossa in modo diverso nonostante il colore sia uguale. Questo fenomeno dipende dal tipo e dalla composizione della pigmentazione.

Perciò la potenza necessaria per una distribuzione uniforme del segnale nella stanza può variare.

Influenza della luce esterna

Anche la luce diurna e l’illuminazione della stanza influiscono sulla ricezione dei raggi infrarossi. Poiché questa luce contiene anche componenti infrarosse, tale luce si sovrappone al segnale utile infrarosso emanato dal SZI 1015-T. Nel caso peggiore la ricezione risulta disturbata da rumori di frusci.

Luce esternaFremdlicht

Luce infrarossaIR-Licht

Luce esternaFremdlicht

Luce infrarossaIR-Licht

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Sennheiser SZI 1015-T manual Tende, tappeti/moquette, vernici, Influenza della luce esterna
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FAQ

How does the type of wall covering affect the reception of the SZI 1015-T signal?

Dark, heavy fabrics, carpets, wood, and textured wall coverings can absorb the infrared light, potentially compromising signal reception.

What impact does external lighting have on the SZI 1015-T signal reception?

Both daylight and artificial room lighting can interfere with the infrared signal, causing potential reception disturbances.

What is the difference between Fremdlicht and IR-Licht?

Fremdlicht refers to external light sources, while IR-Licht denotes infrared light emitted from the SZI 1015-T.

How to optimize the SZI 1015-T signal distribution in rooms with dark, heavy fabrics and carpets?

Optimizing signal reception in such environments requires direct line of sight to the infrared transmitter, as well as potential adjustment of transmitter power.

What are the effects of textured wall coverings on SZI 1015-T signal reception?

Textured wall coverings, particularly those with irregular reflective properties, can disrupt the uniform distribution of the infrared signal, potentially requiring adjustments in transmitter power.

How does the room's layout affect SZI 1015-T signal reception?

The positioning of smooth, light-colored walls, shiny tiles, and mirrors can contribute to the uniform distribution of infrared light within the room, potentially enhancing signal reception.

What are the factors influencing the reflection of infrared light by wall paints?

The type and composition of wall paint pigmentation can influence the reflection of infrared light, potentially requiring adjustments in transmitter power for uniform signal distribution.

What are the potential effects of external lighting on SZI 1015-T signal reception?

External lighting, particularly containing infrared components, can interfere with the infrared signal, potentially resulting in reception disturbances and noise interference.

What are the potential effects of textured wall coverings on SZI 1015-T signal reception?

Textured wall coverings, particularly those with irregular reflective properties, can disrupt the uniform distribution of the infrared signal, potentially requiring adjustments in transmitter power.

How does the composition of wall paints influence the reflection of infrared light?

The composition and pigmentation of wall paints can affect the reflection of infrared light, potentially influencing the distribution of the SZI 1015-T signal within a room.