Name: RE Audio SEX v2 15" D2
Brand: RE Audio
SKU: RESEX15V2D2
Availability: Out of stock

RE Audio SEX v2 15″ D2

0 reviews

$219.00

Brand: RE Audio

Availability: Out of stock Category: Subwoofers

Notify me when item is back in stock.

Description
Additional information
Subwoofer Wiring
Reviews (0)

Description

The RE Audio SEX v2 15″ D2 is an improvement in every way over our most popular and best selling subwoofer series. The SEX v2 SERIES offers increased power handling, excursion as well as higher efficiency over the original SEX series. The SEX v2 SERIES touts a totally new look with its completely redesigned motor and magnetic assembly.

• Dual Composite 2-piece Cone
• Rubatek Foam Surround
• Cast Aluminum Basket
• Tork-Tite Terminal
• 3” 4-layer Aluminum Voice Coil
• FEA-optimized Motor Structure
• Double-stack Magnets
• Progressive Spiders
• Wrap-arround Rubber Gasket
• Nominal Impedance: Dual 2 or 4 Ohm
• Power Handling: 750W (RMS)

Model	SEX v2 10	SEX v2 12	SEX v2 15
Mounting Depth[in/mm]	5.5 / 139.7	6.5 / 165.1	7.83 / 198.9
Overall Diameter[in/mm]	11 / 279.4	12.5 / 317.5	15.5 / 393.7
Displacement[cu.ft/liters]	0.14 / 3.96	0.15 / 4.25	0.17 / 4.81
Weight[lbs/kg]	20.32 / 9.22	21.67 / 9.83	23.02 / 10.44

Enclosure Recommendations

Model	10” Compact	10” Optimal	12″ Compact	12″ Optimal	15″ Compact	15″ Optimal
Sealed[cu.ft/liters]	0.4 / 11.33	0.65 / 18.41	0.75 / 21.24	1 / 28.32	1.5 / 42.48	2 / 56.63
Ported*[cu.ft/liters]	1 / 28.32 @ 35Hz	1.25 / 35.4 @ 34Hz	1.5 / 42.48 @ 35Hz	2 / 56.63 @ 33 Hz	3 / 84.95 @ 35Hz	4 / 113.27 @ 34Hz

* Need to add PD(Port Displacement)

T/S Parameters

Model	SEX v2 10	SEX v2 12	SEX v2 15
Thermal Power Handling [Pe], Watts	750	750	750
Nominal Impedance(dual) [Znom]	2 or 4	2 or 4	2 or 4
One-way, Linear Excursion [Xmax], mm	19	20	21
Efficiency [SPL 1W/1m], dB	88.7	86.9	84.4
Volume Displacement [Vas], cu.ft/liters	0.14 / 3.96	0.15 / 4.25	0.17 / 4.81

Manual

Additional information

Weight	28 lbs
Subwoofer Impedance	D2
Voice Coil Diameter	2.5″
Brand	RE Audio

Subwoofer Wiring

Number of Speakers:
Impedance per Voice Coil:
Number of Amps
Do some calculations to find the
Final impedance per amplifier
Parallel:
Series:
Series/Parallel:
Parallel/Series: