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Electro-Voice PIM-122 Specifications
Electro-Voice PIM-122 Specifications

Electro-Voice PIM-122 Specifications

(standard configuration) 12-inch, two-way system for permanent installation, horn-loaded hf

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SPECIFICATIONS
Versions Available:
See PIM-122 ordering matrix (Figure 1)
Typical Axial Frequency Response with
Presets of Dx34 Digital Speaker System
Processor (swept sine-wave input,
anechoic environment, 4 volts at 1 kHz
at 10 feet; see Figure 2):
50-18,000 Hz
Typical Axial Frequency Response of
High- and Low-Frequency Sections Alone
(swept sine-wave input, anechoic
environment, 4 volts at 10 feet normalized
for 1 watt at 1 meter; see Figure 3):
50-18,000 Hz
Low-Frequency 3-dB-Down Point:
50 Hz
Usable Low-Frequency Limit
(10-dB-down point):
35 Hz
Recommended Crossover Frequency:
1,200 Hz
Crossover Slopes,
Recommended:
24 dB per octave
Minimum:
12 dB per octave
Long-Term Average Power-Handling
Capacity (see Power-Handling Test
section),
Low Frequency (per EIA RS-426-A 1980):
300 watts
High Frequency (per AES2-1984/ANSI
S4.26-1984):
60 watts
Sensitivity (far-field SPL referred to
1 meter, 1-watt input, anechoic environ-
ment, band-limited pink noise),
Low Frequency (100-800 Hz):
95 dB
High Frequency (500-5,000 Hz):
111 dB
SPL at Full Power (far-field SPL at 1 watt/
1 meter referred to full power, anechoic
environment, band-limited pink noise),
Long-Term Average/Peak,
Low Frequency (100-800 Hz):
120 dB/126 dB
High Frequency (500-5,000 Hz):
129 dB/135 dB
Impedance,
Nominal (low frequency/
high frequency):
8 ohms/8 ohms
Minimum (low frequency/
high frequency):
8.0 ohms/5.6 ohms
Average Efficiency,
Low Frequency: 4.5%
High Frequency: 25%
FIGURE 1 — PIM-122 Ordering Matrix
(standard configuration)
12-Inch, Two-Way System
for Permanent Installation,
Horn-Loaded HF
• Part of PI Matrix Series
TM
—compact
trapezoidal systems for permanent
installation
• Components and physical characteristics
optional, to meet many acoustic, architec-
tural and mechanical requirements
• 50-Hz low end for speech and many music
applications
• Three HF coverages—60° x 40°, 60° x 60°
or 90° x 40° (standard)
TM
• PRO
circuit HF protection
• For biamplification (standard); passive
network optional
• Integral suspension system for safe and
easy installation
Nominal Coverage Angle,
Horizontal: 90°
Vertical: 40°
Beamwidth (angle included by 6-dB-down
points on polar responses, indicated one-
third-octave bands of pink noise, Dx34
presets employed; see Figure 4):
1,250 to 16,000 Hz Horizontal:
90° (+12°, –10°)
3,150 to 16,000 Hz Vertical:
40° (+9, –8°)
Directivity Factor R
(Q), 500- to 16,000-Hz
θ θ θ θ θ
Median (see Figure 5):
12.8 (+12.6, –9.9)
Directivity Index D
, 500- to 16,000-Hz
i
Median (see Figure 5):
11.1 dB (+11.0 dB, –9.9 dB)

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Summary of Contents for Electro-Voice PIM-122

  • Page 1 Nominal Coverage Angle, Horizontal: 90° Versions Available: 1 meter referred to full power, anechoic Vertical: 40° See PIM-122 ordering matrix (Figure 1) environment, band-limited pink noise), Beamwidth (angle included by 6-dB-down Typical Axial Frequency Response with Long-Term Average/Peak, points on polar responses, indicated one-...
  • Page 2 Dx34 Digital Speaker System Processor (swept sine-wave input, anechoic environment, 4 volts at 1 kHz at 10 feet) FIGURE 3 — PIM-122 Typical Axial Frequency Response of High- and Low- Frequency Sections Alone (swept sine-wave input, anechoic environment, 4 volts at 10 feet normalized for 1 watt at 1 meter) FIGURE 4 —...
  • Page 3 All driv- Distortion Response with Dx34 Presets, highly flexible group of full-range and low- ers on the PIM-122 can be serviced from the 1% Rated Input Power at 500 Hz (on axis frequency systems for applications where com- front of the enclosure.
  • Page 4 The enclosure shall have a suspension SERVICE ment. system approved by an independent structural In the unlikely event the PIM-122 requires ser- engineer and consisting of three independent Service and repair address for this product: Electro- vice, each driver can be replaced or serviced suspension points on the top and three on the Voice, Inc., 600 Cecil Street, Buchanan, Michigan...