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DIMENSIONAL DRAWINGS
DIMENSIONAL DRAWING
MOUNTING POINT, 3/8"-16 THREADED HOLE
KF695e
ALL DIMENSIONS IN INCHES UNLESS OTHERWISE SPECIFIED.
CABINET SYMETRICAL ABOUT ITS CENTERLINES.
CENTER OF GRAVITY.
FLY TRACK.
24.63
31.15
33.21
FRONT
1.39
BOTH SIDES
6.38 2X
2.36
BOTH SIDES
BOTH SIDES
10.75 2X
16.63
BOTH SIDES
6.14
BOTH SIDES
2.79
VIEW A-A
BOTH SIDES
SERVICE ITEMS
LF: Complete Cone Driver
EAW Part No.
804036
MF: Complete Cone Driver
EAW Part No.
804022
HF: Complete Compression Driver/Tweeter
EAW Part No.
803010
HF: Diaphragm Assembly
EAW Part No.
251007
Filter/Crossover Network: Complete Assembly
EAW Part No.
201755
Acoustic Performance Partnership
One Main Street, Whitinsville MA, 01588 USA • Phone 508/234-6158 • Toll Free 800/992-5013 • Fax 508/234-8251 • Web http://www.eaw.com • email info@eaw.com
TECHNICAL SPECIFICATIONS KF695e
3.53
BOTH SIDES
2.19
C
BOTH SIDES
L
19.82
8.00
4.50
SIDE
BACK
A
(12.75)
C L
19.75
13.79
10.24
A
5.42
3.53
20.94
45.0
TOP & BOTTOM
Eastern Acoustic Works
ARCHITECTURAL SPECIFICATIONS
The three-way full range loudspeaker systems shall incorpo-
rate a 15-in LF transducer, a 10-in cone MF transducer and a
2-in exit compression driver HF transducer.
The LF driver shall be mounted in a wave guide cavity for
optimum low frequency directivity. The MF driver shall be
loaded into a midrange horn constructed of 3mm birch ply-
wood reinforced with high density polyurethane foam. The
MF horn shall incorporate a phase/displacement plug. The
HF driver shall be coaxially mounted in the woofer cavity
and shall be loaded on a constant directivity horn with a
nominal coverage pattern of 90 (h) x 40 (v). A device to
absorb refracted HF energy shall be installed behind the HF
section. An internal passive filter network shall provide fourth
order acoustical crossover between the mid and high fre-
quency sections in biamped mode and system equalization.
System frequency response shall vary no more than 3 dB
from 65 Hz to 17 kHz measured on axis. In biamped mode,
the mid/high section shall produce a Sound Pressure Level
(SPL) of 107 dB SPL on axis at 1 meter with a power input of
1 Watt, and shall be capable of producing a peak output of
139 SPL on axis at 1 meter. It shall handle 400 Watts of
amplifier power (AES Standard) and shall have a nominal
impedance of 8 Ohms. The LF section shall produce a Sound
Pressure Level (SPL) of 100 dB SPL on axis at 1 meter with a
power input of 1 Watt, and shall be capable of producing a
peak output of 136 SPL on axis at 1 meter. It shall handle
1000 Watts of amplifier power (AES Standard) and shall have
a nominal impedance of 8 Ohms.
In triamped mode, the low frequency and high frequency
sections shall meet all biamped mode performance criteria.
In addition, the midrange frequency section in triamped mode
shall produce a Sound Pressure Level (SPL) of 107 dB SPL on
axis at 1 meter with a power input of 1 Watt, and shall be
capable of producing a peak output of 139 SPL on axis at 1
meter. It shall handle 400 Watts of amplifier power (AES
Standard) and shall have a nominal impedance of 8 Ohms.
The loudspeaker enclosure shall be rectangular in shape. It
shall be constructed of 15mm thickness void-free cross-grain-
laminated Baltic birch plywood and shall employ extensive
internal bracing. It shall be finished in black catalyzed poly-
urethane. Input connectors shall be one each male and fe-
male AP4 plus one each male and female AP6. The system
shall include a switch allowing it to be operated in biamp or
triamp powering mode. A total of six 3-position flytracks
with integral 3/8"-16 threaded mounting points (3 each top
and bottom) plus five 3/8"-16 threaded mounting points (2
per side, 1 back) shall be provided. The front of the loud-
speaker shall be covered with a vinyl coated perforated steel
grill backed with open cell foam to protect against dust.
The three-way full range loudspeaker shall be the EAW model
KF695e.
KF695e
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