DB Drive WDX G1 Series User Manual Download Page 5

RECOMMENDED ENCLOSURES

Vented

Sealed

WDX6.5G1.4

WDX8G1.4

WDX10G1.4

WDX12G1.4

WDX15G1.4

ENCLOSURES:

Woofer Cut-out: 

Mounting Depth: 

Sealed Box: 

0.33 cuft.

(9.34 L)

Vented Box: 

0.64  cuft.

(18.12 L)

   • Vent Area: 

   • Vent Length: 

9 in.

(22.86 cm)

   • Tuning:

 38Hz

Dynamic Power : 

600 Watts

Nominal Power : 

300 Watts

3.14 sq in.

(20.27 cm2)

0.6 cu ft.

(16.99 L)
0.9  cuft.

(25.49 L)

14.7 in.

(37.33cm)

 38Hz

1200 Watts

600 Watts

7.7 sq in.

(45.6 cm2)

1 cu.ft.

(28.32L)

1.2 cu.ft.

(33.98 L)

11 in.

(27.94 cm)

 36Hz

2000 Watts
1000 Watts

7.7 sq in.

(45.6 cm2)

2.0 cu.ft.

(56.63L)

2.7 cu.ft.

(76.45L)

12 in.

(30.48 cm)

 39Hz

2000 Watts
1000 Watts

30 sq in.

(193.55 cm2)

3.0 cu.ft.

(84.95L)

3.4 cu.ft.

(96.27L)

18 in.

(45.72 cm)

 39Hz

2000 Watts
1000 Watts

40 sq in.

(258.06cm2)

CALCULATING ENCLOSURES

Calculating External Volume

To calculate box volume, measure the outside Width x Height x Depth of

the enclosure.  

Example 12” x 14” x 9”=1512 ÷ 1728” Cubic feet.

Next you must convert cubic inches into cubic feet. To do this, you must

divide the cubic inches total by 1728”. 

Example 1512 ÷ 1728=.875 Cubic feet.

Calculating Internal Volume

To calculate the internal (net) volume of the above box you must first multiply

the thickness of the wood you are using by Two(2). 

Example 3/4” x 2= 1.5“

Next subtract 1.5 from each of the outside measurements of the box.

                    Width                               Height                            Depth

           12 - 1.5 = 10.5                 14 - 1.5 = 12.5               9 - 1.5 = 7.5

Multiple the new totals

 (H x W x D)

 

Example: 10.5 x 12.5 x 7.5 = .5696

Next you must convert cubic inches into cubic feet.  To do this, you must

divide the cubic inch total by 1728”. 

Example 984.375 ÷ 1728=.5696 cubic feet.          

It is recommended to build your enclosure from at least 3/ 4” thick MDF (medium density  fiber
board).  Make sure the enclosure is sealed airtight.

4.60 in.

(116.84 mm)

5.33 in.

(135.38 mm)

6.15 in.

(156.21 mm)

6.84 in.

(173.73 mm)

7.94 in.

(201.67 mm)

5.94 in.

(151 mm)

7.20 in.

(182.88 mm)

9.15 in.

(232.41 mm)

11.07 in.

(281.17 mm)

13.77 in.

(349.76 mm)

Summary of Contents for WDX G1 Series

Page 1: ...WDX6 5G1 4 WDX8G1 4 WDX10G1 4 WDX12G1 4 WDX15G1 4 USER MANUAL Installation Instructions Owners Manual Due to continuous improvement of the product specifications are subject to change without notice...

Page 2: ...d as its installation Proper installation will maximize the system s overall performance It is recommended that you have our product installed by an authorized DB Drive retailer However if you decide...

Page 3: ...2 3 2 3 506 0 809 0 657 43 332L 43 26u M N 14 052 N A 431 039 gr 86 2 dB 14 mm MaxPower Structure Nominal Power Impedance WDX6 5G1 4 WDX8G1 4 WDX10G1 4 WDX12G1 4 WDX15G1 4 6 5 16 51cm Woofer 10 25 4c...

Page 4: ...re is a smaller foot print simpler build with higher power handling a more linear flat response superior sound quality and extended low frequency output Ported Enclosure Bass Reflex or Vented A ported...

Page 5: ...osure Example 12 x 14 x 9 1512 1728 Cubic feet Next you must convert cubic inches into cubic feet To do this you must divide the cubic inches total by 1728 Example 1512 1728 875 Cubic feet Calculating...

Page 6: ...in these three different wiring configurations will result in different impedance loads Series Is the method of wiring of alternate positive with negative terminals string method Illustration below Pa...

Page 7: ...7 NOTES...

Page 8: ...her repair or replace as its option any unit that has been found to be defective and under warranty provided the defect occurs within the one 1 year warranty period This limited warranty does not exte...

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