Page 1
10 100 360
20 100 1000 10000 20000-6 dB Beamwidth (degrees)
Frequenc y (Hz)
Horizontal
Vertical
Horizontal Off Frequency
Vertical Off Axis Frequency Response (down)
Vertical Off Axis Frequency Response (up)
Frequency Response, on axis in half space (2p, dotted
line) and full space (4p, solid line) at thru (8W) setting,
Input Impedance.
Directivity Index, Q Beamwidth vs. Frequency
1.8 [46]
2.7 [68] 3.3 [84] 3.1 [79]
5.1 [130]
12¡2.75
[70]
2.00
[51] 3.5 [89] 2.75 [70]
ø0.27
[ø7]
C/
L 10.9 [277]
15.2 [385]
12.0 [306 ]
C/
L
2.7
[68]5.0
[127]3.2
[82] 7.7 [195]
20.5
[520]
Dimensions in inches [mm] 4.3 [108]
c Control ¨ 29AV High Output Indoor/Outdoor Monitor Speaker
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Horizontal 1/3 Octave Polars
Architectural Specifications:
The loudspeaker shall consist of a 200 mm (8 in) low frequency
transducer, 25 mm (1 in) compression driver, and frequency dividing
network. The low frequency driverÕs voice coil shall be 50 mm (2 in) in
diameter.
Performance specifications of a typical unit shall be as follows: Usable
frequency response shall extend from 40 Hz to 18 kHz (10 dB below
rated sensitivity, half-space, no external equalization). Rated power shall
be at least 300 watts continuous program power for 100 continuous
hours duration (defined as 3 dB above a test signal of filtered random
pink noise conforming to IEC268-5). Measured sensitivity shall be at
least 91 dB-SPL (at 1 m [3.3 ft] with 2.83 V input, ave. 100 Hz to 10 kHz).
The input shall be switchable for use either at nominal 8 ohms, or on
a 70.7V or 100V distributed speaker line via built-in transformer.
Selectable taps shall nominally be 110W, 55W, or 28W on either a 70.7V
or 100V distributed speaker line, plus 14W on 70.7V line only.
The system shall be protected against damage from occasional
overpowering via full range limiting, which shall be inaudible during
activation. The compression driver shall be horn-loaded to cover 110
degrees by 85 degrees with a high degree of accuracy and the horn shall
be rotatable to achieve these coverages either in the horizontal or
vertical planes, regardless of cabinet orientation.
The cabinet and grille shall be paintable. The grille shall be secured
via screws to keep it in place when facing downward.
The low frequency transducer shall have woven kevlar cone and butyl
rubber surround, with the frame protected from direct weather
exposure. The compression driver shall be constructed with a titanium
diaphragm for weather resistance. The system shall withstand Mil Spec
810 testing with specified durations with no effect on its acoustical
performance or structural integrity: salt spray (method 509.3), tempera-
ture (method 501.3 and 502.3), humidity (method 507.3) and ultraviolet
(method 505.3). Further, it shall pass Mil-Std-202F (method 101D) for salt
spray. The system shall have an IEC 529 splashproof rating of IP-X4.
For theft-deterrence, the installation access area shall be hidden
behind a snap-out cover on the front grille. The included ball mecha-
nism shall be internal to the cabinet. The cabinet shall have ten (10) 6 mm
mounting points, including 2 on each side and 3 on top and bottom and
an accessory U-bracket shall be available. The grille logo shall be
rotatable for proper orientation with loudspeaker mounted horizontally
or vertically.
The external wiring connectors shall be screw-down terminals. Overall
cabinet dimensions shall be no greater than 520 mm high x 306 mm
wide x 277 mm deep (20.5 x 12.0 x 10.9 in) and shall weigh no more
than 12.2 kg (26.8 lb). The finish shall be lightly textured black or white.
The system shall be the JBL Model Control 29AV (or Control 29AV-
WH) with included InvisiBall
¨ (mounting system).
