Divine Acoustics Kepler Manuel du propriétaire - Page 3

Parcourez en ligne ou téléchargez le pdf Manuel du propriétaire pour {nom_de_la_catégorie} Divine Acoustics Kepler. Divine Acoustics Kepler 8 pages. Vibrations absorbing feet

Imprimer la page

Before using Keplers, please read the instruction manual very carefully

1. Purpose and operation:

Kepler vibrations absorbing feet is designed to improve the quality of reproduced sound by audio

devices such as CD/DVD/BlueRay players, amplifiers, converters (DAC's), preamplifiers, power

amplifiers and loudspeakers. Keplers are absorbing, converting into heat and dissipating vibrations

coming from devices and from the ground on which the devices have been set.

The complex construction of the Keplers and the use of many materials with different properties

favors the reduction of vibrations in the device chassis, which significantly reduces the distortion

generated by the chassis itself. The result is improved sound quality, more accurate view into the

recording, improved dynamics and stability of the sound stage.

2. Description of the set:

A - the main body of Kepler

B - adjusting ring

C - threaded pin

D - counter nut

E - top leveling nut (not shown)

F - flat key

G - allen key

3. Warnings and usage recommendations:

CAUTION!

Wipe Keplers with a damp cloth without detergents.

CAUTION!

the inner layers and consequently damage them.

CAUTION!

damage - it is necessary for correct anti-vibration operation of the feet.

CAUTION!

the threaded pin with the allen key "G" - using too much force will destroy the gemstone located

directly under the pin. The allen key is used only to hold the pin while tightening the counter nut.

OWNER'S MANUAL

Never sink Keplers in water or other liquids - this will damage the dampening layers!

Do not unscrew the screws visible from the bottom of the Keplers - this will loosen

Noticeable clearance between layers at half the height of the Kepler body is not a

Thread the threaded pin "C" with your fingers until you feel resistance. Do not tighten

Kepler