Transcript
SUBZERO-12 2000 WATTS
1” = 2.54 cm 1 cubic foot = 1728 cubic inches Grille Clearance: 2” Displacement: .2 Cube Feet
Winner of the 2004 Design & Engineering Award
INNOVATIONS INTERNATIONAL CES
#1
Sealed design for SPL
#2
15"
Sealed design for low frequency extension
Sealed wedge design for hatch backs or other
#3 tight places.
18.5"
15"
16.5"
18”
16”
15"
13”
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 1.953 cubic feet.
#4
Bass head design for competition
SUBZERO-12"
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 2.2 cubic feet.
#5
20.5"
18"
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 3.03 cubic feet.
Specifications are subject to change without notice
2”
18"
Outer dimension shown using 3/4" thick MDF Total outer box volume = 2.4 cubic feet.
4”
5"
Cut out hole 292mm / 11 1/2"
18"
PORT (2"x16.5"x4”)
PORT (2"x14.5"x22")
2"
SUBZERO-12"
SUBZERO-12"
Bandpass design
2"
16"
16"
16”
16.5"
SUBZERO-12"
127mm 5"
Mounting depth 185mm 7 1/4"
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 4.31 cubic feet
HANDCRAFTED IN USA.
SUBZERO-12 2000 WATTS
1” = 2.54 cm 1 cubic foot = 1728 cubic inches Grille Clearance: 2” Displacement: .2 Cube Feet
Winner of the 2004 Design & Engineering Award
INNOVATIONS INTERNATIONAL CES
#6
Passive tuned design for deep bass small volume
#7
Sealed design for tight bass
#8
Sealed down firing design 18”
10”
3”
14" 10 3/4 "
16”
SUBZERO-12"
Drone Tuned Box 16”
Outer dimension shown using 3/4" thick MDF.
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 2.721 cubic feet
Specifications are subject to change without notice
9"
Subzero-12
Internal dimensions
15”
Subzero-12
Outer dimension shown using 3/4" thick MDF Total outer box volume = 2.667 cubic feet
Port tuned design for deep bass 19"
14”
16"
Internal dimensions
15”
#10
16 1/2" 19"
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 1.306 cubic feet
PORT (2"x12.5"x9")
Bass head design for competition
PORT (3"x12.5"x16")
#9
Subzero-12
15”
VB = 2 1/2 ft3 FB = optimized with SLAPS-12 passive
Outer dimension shown using 3/4" thick MDF. Total outer box volume = 2.309 cubic feet
HANDCRAFTED IN USA.
HOW TO WIRE / FUSE YOUR SUBZERO TO AN AMPLIFIER
2-channel 2 x 4-ohm load (voice coils separated) (no fuses)
VC #2
VC #2
VC #1
VC #2
VC #1
VC #1
P
P
P
S
1+ 2+
DO NOT USE
MONO 2-OHMS
1
-
CH-1
2
-
1+ 2+
CH-2
TYPICAL AMPLIFIER TERMINAL
TYPICAL AMPLIFIER TERMINAL
The diagram -on the left side- shows the PSP terminal in a 2-ohm parallel configuration (both voice coils are connected in parallel). Simply place the 2 fuses in the outer positions in the fuse placement area. Insert the negative speaker wire to the far left insert and one positive to the far right insert.
This diagram shows the PSP terminal in a 4-ohm configuration (the two voice coils are separated). No fuses are used in this configuration,the voice coils are powered up separately.
1
-
8-GAUGE
-
P
S
8-GAUGE
2
8-GAUGE
8-GAUGE
-
8-GAUGE
1
P
S 3mm Hex-nut cable fasteners
8-GAUGE
P
1-channel 8-ohm load (voice coils in series) (1 fuse)
2
-
1+ 2+
DO NOT USE
8-GAUGE
2-channel 2-ohm load (voice coils in parallel) (using 2 fuses)
8-GAUGE
The Subzero subwoofer comes equipped with 2 voice coils (dual 2x4 ohms), it can be used in 2, 4 and 8ohm configurations. The terminal comes equipped with fused jumpers, the voice coil can be easily configured in series or in parallel to match the amplifier in use. It is just a simple flip of a fuse, here’s how it works.
PSP (Parallel Series Parallel) Terminal
MONO 8-OHMS
TYPICAL AMPLIFIER TERMINAL
The diagram - on the right side-displays the PSP in an 8-ohm mode. You will notice that there is only one fuse in the center of the fuse placement area. The voice coils are wired in series. Insert the negative speaker wire to the far left insert and one positive to the far right insert.
Electro Mechanical Parameters Name = EARTHQUAKE Subzero 12 (broken in)
Xmax = 31.7500E-3 M
Note = VI MEASUREMENTS
Krm = 35.5980E-3 Ohm
Model = TSL
Erm = 805.0000E-3
Domain = FreeAir
Kxm = 237.3670E-3 H
Shape = Round
Exm = 672.0000E-3
Profile = Cone
Rms = 3.7712 N·S/M
Fmd = 3.0000 KA
Mms = 243.5090E-3 Kg
Qmd = 1.0000
Cms = 144.8275E-6 M/N
Flp = 8.0000 KA
Vas = 58.1062E-3 M³
Qlp = 2.0000
Fo = 26.8001 Hz
Znom = 8.0000 Ohm
Qms = 10.8730
Revc = 7.7000 Ohm
Qes = 0.4411
Sd = 53.0000E-3 M²
Qts = 0.4239
Mmd = 236.4970E-3 Kg
BL = 26.7542 T·M
Pmax = 1.0000E3 W
Levc = 13.4777E-3 H
Rtvc = 250.0000E-3 °C/W
SPLo = 85.8761 dB
Xgap = 12.7000E-3 M
No = 243.1000E-3 %
Xcoil = 76.2000E-3 M
