Description
JL Audio 10W6v3-D4 : 10" Dual Voice Coil Subwoofer Driver (600W @ 2Ω)
General Specifications
| Continuous Power Handling (RMS) | 600 W |
| Recommended Amplifier Power (RMS) | 200 - 600 W |
| Nominal Impedance (Znom) | Dual 4 Ω |
If you are seeking to reproduce the highest quality sub-bass in a very compact enclosure application, the 10W6v3 is the ultimate choice. This advanced subwoofer driver offers several technologies shared with the flagship W7AE subwoofers to provide powerful advantages in motor linearity and suspension behavior. These combine with a very efficient cooling circuit to deliver reduced distortion and outstanding dynamic balance.
The 10W6v3 is best used with amplifier power in the 200W - 600W range and is optimized to operate in a sealed enclosure with only 0.55 cu. ft. (15.6 l) of air space, or a 0.75 cu. ft. (21.2 l) ported enclosure. Detailed enclosure recommendations can be found in the "Specifications" tab.
Greater excursion capability and higher power handling distinguish it from our 10W3v3 10-inch subwoofer driver, allowing for higher output. Dual 4 Ω voice coils permit deploying the W6v3 as a 2 Ω or 8 Ω driver.
Physical Specifications
| Nominal Diameter | 10.0 in / 250 mm |
| Overall Diameter (A) | 10.5 in / 267 mm |
| Mounting Hole Diameter (B) | 9.02 in / 229 mm |
| Bolt Hole Circle Diameter (C) | 9.86 in / 250 mm |
| Motor Outer Diameter (D) | 6.76 in / 172 mm |
| Required Pole Vent Clearance | 0.50 in / 13 mm |
| Mounting Depth (E) | 6.89 in / 175 mm |
| Driver Displacement | 0.078 cu ft / 2.1 L |
| Net Weight | 20 lb / 9.1 kg |
Parameters
| Free Air Resonance (Fs) | 30.12 Hz |
| Electrical “Q” (Qes) | 0.543 |
| Mechanical “Q” (Qms) | 9.228 |
| Total Speaker “Q” (Qts) | 0.513 |
| Equivalent Compliance (Vas) | 0.821 cu ft / 23.25 L |
| One-Way Linear Excursion (Xmax)* | 0.75 in / 19 mm |
| Reference Efficiency (no) | 0.11% |
| Efficiency (1 W / 1 m)** | 82.7 dB SPL |
| Effective Piston Area (Sd) | 49.303 sq in / 0.0318 sq m |
| DC Resistance (Re)*** | 6.452 Ω |
* Xmax specifications are derived via one-way voice coil overhang method with no correction factors applied.
** For parallel-wired voice coils, divide "Re" by 4. All other specifications remain the same.
*** Re (DC resistance) is measured with the voice coils in series, for parallel-wired specification divide Re by 4. All other specifications remain the same.
