▪ Gland nut cover and stainless steel grille on PI
versions
▪ Optional high quality transformer and patented
Automatic Saturation Control (ASC) preserve low
end in 70V/100V lines
EVC loudspeakers from Electro-Voice are two-way
systems that can be used in a broad range of
applications where wide bandwidth, vertical and
horizontal directivity control, and high efficiency are
required in a compact, cost-effective package. EVC
loudspeakers are voiced to complement other EVInnovation models (EVF, EVH, EVA).
The high frequency section of EVC loudspeakers
comprises a single 1¼-inch pure titanium dome
compression driver directly coupled to a rotatable
constant directivity waveguide that delivers uniform
pattern control and smooth, linear response. The low
frequency section employs a high-output woofer that
was developed using state-of-the-art, computer aided
optimization to provide low distortion, high efficiency,
and maximum intelligibility at high sound pressure
levels. The passive crossover implements a fourthorder Linkwitz Riley design with slopes of 24 dB per
octave for smooth off axis response and improved
definition through the critical vocal range.
The EVC series is an extremely cost effective solution
for many fixed-install applications. The enclosures are
constructed of 15-mm plywood and finished with
EVCoat for enhanced durability. The loudspeakers
have been designed with multiple M10 rigging points
as well as attachment points for an optional U-bracket
or multi-mount style pan/tilt wall mount. All EVC series
loudspeakers accept wire gauges up to 10 AWG. The
input panel also accepts optional covers with NL4-type
connectors or weatherized gland-nuts.
For 70V/100V operation, the input panel has an
internal landing pad for mounting EV's high-quality
TK150 audio transformer. Adding a TK150 to the EVC
input panel engages EV's patented Automatic
Saturation Compensation (ASC), which preserves low
frequency performance while presenting a stable load
to the amplifier regardless of how many loudspeakers
are connected in parallel. This results in transformer
and non-transformer EVC loudspeakers that sound
virtually identical.
Technical specifications
Frequency response (-3 dB)
Frequency range (-10 dB)
Rotatable coverage:90° x 55°
Rec. high-pass frequency:40 Hz
Passive crossover frequency:1.6 kHz
Axial sensitivity1:98 dB (1 W/1 m)
Max. calculated SPL1:129 dB
Power handling2:350 W (Continuous), 1400 W
Nominal impedance:8 Ω
Minimum impedance:6.7 Ω
1, 3
:70 Hz - 21 kHz
1, 3
:50 Hz - 25 kHz
(Peak)
Page 2
| EVC-1152-95 15" speaker 90x55
2
LF transducer:EVS-15M
HF transducer:DH-3
Connectors:Dual four-pin 10 AWG Phoenix/
Euro Block screw-terminals
Enclosure:15-mm plywood with EVCoat
Grille:18 GA
powdercoated steel
with rotatable
logo
Environmental:IEC 60529,
IP44
Suspension:(8) M10 suspension points
Color:Black or white
Dimensions (H x W x D):684 mm x 433 mm x 451 mm
(26.91 in x 17.05 in x 17.77 in)
Net weight:25.0 kg (55.1 lb)
Shipping weight:27.7 kg (61.0 lb)
1
Full-space measurement.
2
EIA RS-426A, tested for eight hours.
3
With recommended preset.
Frequency response and impedance:
PI version: 18
GA stainless
steel with
hydrophobic
cloth
PI version: IEC
60529, IP55
Vertical off-axis frequency response (down):
Vertical off-axis frequency response (up):
Beamwidth:
Horizontal off-axis frequency response:
Page 3
451.4 mm
[17.77 in]
230.6 mm
[9.08 in]
433.0 mm
[17.05 in]
683.6 mm
[26.91 in]
336.6 mm
[13.25 in]
3 | EVC-1152-95 15" speaker 90x55
Dimensions:
Architectural and engineering specifications:
The loudspeaker shall be a two-way passive system
with Euro block input connectors that accept wire
sizes up to AWG 10. The two Euro block connectors on
the input panel should be configured for a speakerlevel, two-conductor input that is connected in parallel
to terminals on a second Euro block connector so that
additional loudspeakers can be connected in parallel.
The remaining pair of terminals on each of the two
connectors should be configured for a pass-through
audio connection. The input panel should also be able
to accept NL4-type connectors or be adapted for
weather-proof single or dual gland nuts when fitted
with an accessory input adapter plate.
The input panel should include a landing pad and
appropriate electrical connections on the inside of the
loudspeaker cabinet so that the installer can mount
and connect a high-quality audio transformer in series
with the direct low-impedance connection to the
loudspeaker dividing network. When the transformer is
installed, the input circuit network shall be augmented
with a high-pass filter with a current-dependent corner
frequency in order to preserve the full bass response
of the loudspeaker while protecting system amplifiers
from the drop in load impedance that commonly
occurs when audio transformers are driven into
saturation.
High frequency waveguides shall be rotatable and
should be labeled with their horizontal and vertical
coverage angles for easy identification of the current
orientation.
The passive dividing network shall employ an
enhanced 4th-order filter topology with responseshaping equalization and high frequency protection,
resulting in acoustical crossover slopes of 24 dB per
octave or steeper. The system shall have a 15-inch lowfrequency transducer with a nominal impedance of 8
ohms, a 2.5-inch diameter voice coil. System
continuous average power rating shall be 350 watts
(per ANSI/EIA RS-426 A). The high-frequency section
shall employ a compression driver with a 1.25-inch
voice coil and 1.25-inch titanium diaphragm, mounted
on a 90° horizontal by 55° vertical waveguide. The
loudspeaker enclosure shall be constructed of 15-mm
plywood, shall be trapezoidal in shape, and be finished
with a polyurea coating. The grille shall be constructed
from 18 GA powder-coated cold-rolled steel backed
with acoustically transparent fabric [PI: 18 GA
stainless steel backed with acoustically transparent
hydrophobic cloth]. The system shall be capable of
high-level operation with a bandwidth of 70 Hz to 21
kHz (-3 dB down point). The system dimensions shall
be 433.0 mm (17.05 in) wide by 683.6 mm (26.91 in)
high by 451.4 mm (17.77 in) deep. The system shall
employ facilities for mounting with a U-bracket or pan/
tilt wall 4racket, as well as facilities for suspension
from M10 mounting points. Net weight shall be 25.0 kg
(55.1 lb). The loudspeaker shall be the EVC-1152-95B,
EVC-1152-95W, EVC-1152-95PIB, or EVC-1152-95PIW
models from Electro-Voice.
Compatible System Solutions, Electronics:
L2800FD DSP power amplifier 2x1400W
C2800FDi DSP power amplifier 2x1400W, install
Ordering information
EVC-1152-95B 15" speaker, 90x55 indoor, black
Two-way compact loudspeaker system, IP44, EVCoat
black
Order number EVC-1152-95B
EVC-1152-95W 15" speaker, 90x55 indoor, white
Two-way compact loudspeaker system, IP44, EVCoat
white
Order number EVC-1152-95W
EVC-1152-95PIB 15" speaker, 90x55 weatherized, black
Two-way compact loudspeaker system, IP55, weatherresistant black
Order number EVC-1152-95PIB
EVC-1152-95PIW 15" speaker, 90x55 weatherized, white
Two-way compact loudspeaker system, IP55, weatherresistant white
Order number EVC-1152-95PIW
Accessories
EVC-UB2-BLK U-Bracket EVC 12",15" black
U-Bracket fits EVC-1122 and EVC-1152 loudspeakers,
black finish
Order number EVC-UB2-BLK
EVC-UB2-WHT U-Bracket EVC 12",15" white
U-Bracket fits EVC-1122 and EVC-1152 loudspeakers,
white finish