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Introduction
Congratulations on your purchase of an RBH Sound residential/commercial 70 Volt
compatible hanging speaker! Your speaker is the result of many years of research
and development dedicated to producing high quality products for home audio
and audio/video systems.
This manual contains features, installation procedures and specifications for
the HS-615 residential/commercial 70 Volt compatible hanging speaker. It is
recommended you thoroughly read through the material contained in this manual
before connecting your speaker. This will ensure that you have an understanding
of how to install the speaker for optimum performance.
Break-in Period
Allow 10-15 hours of listening time to adequately break-in the speaker. As the
speaker breaks-in, the driver suspension will loosen. The result of break-in will be
an increase in low frequency response, improved definition, and increased clarity
and detail.
Care and Cleaning
To maintain speaker appearance, clean with a damp soft cloth.
Features
The RBH Sound HS-615 hanging speaker incorporates a poly-resin enclosure to
reinforce bass frequencies allowing a more controlled bass response, and utilizes
an acoustic suspension design while offering operation in either 8 Ohm or 70
Volt modes.
A powerful magnet gives the bass/midrange driver high power handing capability.
This ensures accurate dynamic reproduction. The tweeter features liquid cooling to
also allow greater power handling.
Steep acoustic slope crossovers are used to integrate drivers. The use of steep
crossover slopes allows high power handling, minimizes driver interaction
anomalies, and maximizes the clarity with which each driver is able to produce its
respective frequency band. Sophisticated computer modeling techniques are used
extensively in the RBH speaker design process.
A switch connected to the swivel tweeter allows the sound of your speaker
to be customized for each environment. This switch is located next to the
woofer on the front baffle of the speaker and has three positions: +3dB, 0,
and -3dB (see illustration on page 3). The +3 position increases output, and,