Brochure

IC-650-T
• Deep bass with less compression
• Horn-loaded for clear sound in
any location
• Front access, high quality multi-tap
transformer with 8 ohm bypass
• Pairs well with Klipsch surface
mount speakers
• Pre-construction Mud Ring
Kit available
• Available in Black or White
IC-SW-8T2
• Unique transformerless 4 voice coil,
70V/100V capability
• Bandpass design for low-distortion
• Extended, powerful bass
• Very high 111dB output capability
• Single-input 4-ohm or dual-input
8-ohm operation
• ABS baffle with removable, paintable
power-coated aluminum grille
• Pre-construction Mud Ring
Kit available
KPH-525
When overhead sound distribution
is a challenge due to either a high
or a lack of a suspended ceiling,
the Klipsch KPH-525 Pendant Housing
combines with either the Klipsch
IC-400-T or IC-525-T In-Ceiling
speaker for an aesthetic, great
sounding solution.
• Aluminum Pendant Housing in Black,
White or paintable for customization
• Designed to specifically house either
the Klipsch IC-400-T or IC-525-T
In-Ceiling 70/100 Volt speakers
• Perfect for high-ceiling structures or
areas with no suspended ceiling for
direct, overhead distributed sound
• Includes the necessary mounting
hardware for typical suspended
installation scenarios
IN-CEILING SPEAKERS
A BETTER DISTRIBUTED AUDIO SUBWOOFER SOLUTION
THE KLIPSCH IC-SW-8T2 70/100V SUBWOOFER UTILIZES A UNIQUE TRANSFORMERLESS DESIGN FOR
THE HIGHEST-PERFORMANCE IN EITHER BACKGROUND OR FOREGROUND MUSIC APPLICATIONS. SINCE
TRANSFORMERS, THROUGH COMPRESSION THAT ESPECIALLY OCCURS AT LOW FREQUENCIES, CAN
SEVERELY LIMIT A SUBWOOFER'S CAPABILITIES, THIS APPLICATION IS THE PERFECT SOLUTION WHEN
BUILDING A GREAT SOUNDING COMMERCIAL SYSTEM. THE IC-SW-8T2 ALSO EMPLOYS A BANDPASS
DESIGN THAT UTILIZES A PASSIVE RADIATOR INSTEAD OF A PORT, ELIMINATING TURBULENCE AND
THE RESULTING DISTORTION OFTEN PRESENT IN PORTED DESIGNS. THE IC-SW-8T2 ALSO HAS
THE ABILITY TO EASILY SWITCH FROM LOW IMPEDANCE TO HIGH IMPEDANCE DISTRIBUTED-LINE
APPLICATIONS AS WELL AS MONO AND TWO-CHANNEL INPUTS IN LOW IMPEDANCE MODES.