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P
U
N
C
H
P
- 1
V S
C
Nominal Impedance (ohms)
Frequency Response (Hz)
Voice Coil Diameter - inch
c (
m
)
Displacement - cu. ft.
L (
e t i
) r
Fs - Free Air Resonance (Hz)
Q
s t
V
s a
c -
. u
. t f
L (
e t i
) r
X
m
x a
-
n i
h c
c (
m
)
SPL (dB @ 1w/1m)
Power Handling-Watts (RMS)
P (
a e
) k
By varying the wiring configuration of your speakers you can create an
impedance load to match your system. Altering the wiring configurations
gives a range of options for impedance loads. Series, Parallel, or
Series-Parallel wiring configurations are different techniques for wiring
speakers that provide different loads. Series configuration is a string
method where speakers are wired end to end. Parallel configuration
uses two or more speakers wired across common terminals.
Series-Parallel configuration combines both techniques. Choose the
wiring diagram that corresponds to the number of woofers and the
impedance of your amplifier.
There are two operational types of crossovers, passive and active.
Passive crossovers (coils or inductors) are placed on the speaker leads
between the amplifier and speaker. An active crossover is an electronic
filter that separates the audio signal fed to different amplifiers. For
optimum subwoofer performance, we recommend using an active
80-100Hz low-pass crossover at 12dB/octave.
8"
P1S2-8 / P1S4-8 / P1S8-8
P1S2-10 /P1S4-10 / P1S8-10 P1S2-10 / P1S4-12 / P1S8-12 P1S2-15 /P1S4-15 / P1S8-15
2 / 4 / 8
30-250
2.0 (4-Layer)
(5.16)
0.074
(2.10)
44
0.54
0.39
(11.0)
0.295
(0.75)
83.5
200
400
10"
2 / 4 / 8
2 / 4 / 8
23-250
2.0 (4-Layer)
2.0 (4-Layer)
(5.16)
0.127
(3.60)
32
0.59
1.24
(35.0)
0.354
(0.90)
84
250
500
5
12"
15"
2 / 4 / 8
20-250
18-250
2.0 (4-Layer)
(5.16)
(5.16)
0.184
0.311
(5.20)
(8.80)
25
23
0.55
0.55
3.12
6.76
(88.3)
(191.5)
0.354
0.354
(0.90)
(0.90)
86
87
250
250
500
500
(2) 4 ohm SVC Speaker = 2 ohm Load
(4) 4 ohm SVC Speaker = 4 ohm Load
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