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SUGGESTED DESIGN SISTEMA F153.10N1 X 15” FULL RANGE CABINET

WAF153.00500 W AES

HD100490° X 60°

DN10.17T55 W AES

SISTEMA F153.10N 1 / 21rev_

B.b

SUGGESTED DESIGN

- NET CABINET VOLUME l (ft3): 84 (2.97)- SUGGESTED TYPE OF WOOD: BALTIC BIRCH PLYWOOD (18mm thickness)- OTHER CONSTRUCTION DETAILS (CONNECTORS, HANDLING, WHEELS,…) ARE USER’S CHOICE

CABINET CONSTRUCTIONOVERVIEW

SISTEMA F153.10N 2 / 21rev_

B.b

SUGGESTED DESIGN

NOTE: the project has been conceived to maximize the performance of the cabinet, therefore the coupling of the panels is made by milling. If a different coupling method is used, the size of the internal panels must be recalculated

CABINET CONSTRUCTIONEXPLODED VIEW

1

2

3

1197

4

5

6

10

8

12

ITEM N° QTY DESCRIPTION PAGE

1 1 FRONT BAFFLE 3

2 1 FRONT STIFFENER 4

3 1 SIDE PANEL - RIGHT 5

4 1 BACK PANEL A 6

5 1 BACK PANEL B 7

6 1 SIDE PANEL - LEFT 8

7 1 TOP PANEL 9

8 1 BOTTOM PANEL 10

9 2 VERTICAL DUCT 11

10 1 BRACKET 12

11 1 HORIZONTAL DUCT A 13

12 1 HORIZONTAL DUCT B 14

SISTEMA F153.10N 3 / 21rev_

B.b

SUGGESTED DESIGN

69,7 [2,74]

170,6 [6,72]

313,4 [12,34]

414,3 [16,31]

451,8 [17,79]

588,2 [23,16]

242,0 [9,53]

25,7

[1,0

1]

126,

6 [4

,99]

269,

4 [1

0,61

]

370,

3 [1

4,58

]

198,

0 [7

,80]

116,

8 [4

,60]

279,

2 [1

0,99

]

396 [15,59]

n35

7 [n

14,0

6]

462

[18,

17]

579

[22,

78]

473

[18,

62]

692

[27,

24]

62 [2,44] 272 [10,71]

15 [0,59]

18 [0,71]

R9 [R0,35]

DRILL FOR WOODENTHREADED INSERT M6147 [5,79]

n39

5 [n

15,5

5]

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 1 - FRONT BAFFLE

SISTEMA F153.10N 4 / 21rev_

B.b

SUGGESTED DESIGN

n373 [n14,69]

396 [15,59]

69,7 [2,74]

170,6 [6,72]

242,0 [9,53]

313,4 [12,34]

414,3 [16,31]

25,7

[1,0

1]

126,

6 [4

,99]

198,

0 [7

,80]

269,

4 [1

0,61

]

370,

3 [1

4,58

]

443

[17,

44]

45°

15 [0,59]

18 [0,71]

18 [0

,71]

DRILL FOR WOODENTHREADED INSERT M6

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 2 - FRONT STIFFENER

SISTEMA F153.10N 5 / 21rev_

B.b

SUGGESTED DESIGN

36 [1

,42]

455 [17,91] 18 [0,71]

R9 [R0,3

5]

18 [0

,71]

425 [16,73] 18 [0,71]

692 [27,24]

150

[5,9

1] 305

[12,

01] 65°

R9 [R0,35]15 [0,59]

18 [0,71]

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 3 - SIDE PANEL - RIGHT

SISTEMA F153.10N 6 / 21rev_

B.b

SUGGESTED DESIGN

250

[9,8

5]

249 [9,80] 18 [0,71]

692 [27,24]

65°

55°

15 [0,59]

18 [0,71]

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 4 - BACK PANEL A

SISTEMA F153.10N 7 / 21rev_

B.b

SUGGESTED DESIGN

425 [16,73] 18 [0,71]

692 [27,24]

271

[10,

65] 60°

55°

15 [0,59]

18 [0,71]

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 5 - BACK PANEL B

SISTEMA F153.10N 8 / 21rev_

B.b

SUGGESTED DESIGN

425 [16,73]18 [0,71]

692 [27,24]

36 [1

,42]

455 [17,91]18 [0,71]

18 [0

,71]

150

[5,9

1]331

[13,

01]

60°

R9 [R0,35]

18 [0,71]

15 [0,59]

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 6 - SIDE PANEL - LEFT

SISTEMA F153.10N 9 / 21rev_

B.b

SUGGESTED DESIGN

234 [9,23]

18 [0,71]

20 [0

,79]

331

[13,

01]

466

[18,

34]

486

[19,

13]

77 [3,03]

18 [0,71] 18 [0,71]

236 [9,29] 77 [3,03]

426 [16,77]18 [0,71]

15 [0,59]

18 [0

,71]

305

[12,

01]

18 [0,71]110°

130°120°

150

[5,9

1]

R9 [R

0,35]

R114

4 [R

45,0

5]

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 7 - TOP PANEL

SISTEMA F153.10N 10 / 21rev_

B.b

SUGGESTED DESIGN

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 8 - BOTTOM PANEL

234 [9,23]

426 [16,77]

20 [0

,79]

36 [1

,42]33

1 [1

3,01

]

486

[19,

13]

18 [0,71]

18 [0,71]

305

[12,

01]

R1144 [R45,05]

110°

120° 130°

15 [0,59]

18 [0,71]

SISTEMA F153.10N 11 / 21rev_

B.b

SUGGESTED DESIGN

219 [8,62]

132

[5,2

0]

18 [0,71]

R9 [R

0,35]

QTY: 2 OFF

12

8106

5

47 9

11

3

2

1

CABINET CONSTRUCTIONITEM 9 - VERTICAL DUCT

SISTEMA F153.10N 12 / 21rev_

B.b

SUGGESTED DESIGN

33 [1,30] 330 [12,99]

396 [15,59]

289

[11,

37]

415

[16,

32]

218 [8,57]

265

[10,

43]

R6 [R0,2

4]

33 [1,30]110°

120° 130°

18 [0,71]

CABINET CONSTRUCTIONITEM 10 - BRACKET

12

8106

5

47 9

11

3

2

1

SISTEMA F153.10N 13 / 21rev_

B.b

SUGGESTED DESIGN

18 [0,71]

R9 [R

0,35]

80 [3,15]13

2 [5

,20]

R9 [R

0,35]

CABINET CONSTRUCTIONITEM 11 - HORIZONTAL DUCT A

12

8106

5

47 9

11

3

2

1

SISTEMA F153.10N 14 / 21rev_

B.b

SUGGESTED DESIGN

CABINET CONSTRUCTIONITEM 12 - HORIZONTAL DUCT B

132

[5,2

0]

80 [3,15]

R9 [R0,35]

R9 [R0,35]

18 [0,71]

12

8106

5

47 9

11

3

2

1

SISTEMA F153.10N 15 / 21rev_

B.b

SUGGESTED DESIGN

390 [15,35]

59 [2,32]

426 [16,77]

216

[8,5

0]

246

[9,6

9]

686

[27,

01]

722

[28,

43]

CABINET CONSTRUCTIONFRONT VIEW

SISTEMA F153.10N 16 / 21rev_

B.b

SUGGESTED DESIGN

CABINET CONSTRUCTIONSIDE & TOP SECTION VIEW

A-A

AA

216

[8,5

0]

246

[9,6

9]

686

[27,

01]

722

[28,

43]

132 [5,20]279 [10,97]

448 [17,63] 38 [1,50]

486 [19,13]

486 [19,13]

426

[16,

77]

SISTEMA F153.10N 17 / 21rev_

B.b

SUGGESTED DESIGN

NOTE: Damping material needs to be fixed to the cabinet, in a way that it always keeps enough distance from the X-over PCB and the magnet systems of the speakers. Distance from the magnets has to be at least 20mm to avoid over-heating of the motors and reduce risk of fire. The X-over PCB should be mounted into an open steel housing to always keep the safety distance from the damping material.

CABINET CONSTRUCTIONDAMPING MATERIAL

DAMPING MATERIAL SPECIFICATIONSSYMBOL WIDTH HEIGHT THICKNESS NOTEP1 900 mm 240 mm 25 mm Polyester wool 500 g/m^2P2 900 mm 750 mm 25 mm Polyester wool 500 g/m^2P3 900 mm 750 mm 25 mm Polyester wool 500 g/m^2

SISTEMA F153.10N 18 / 21rev_

B.b

SUGGESTED DESIGN

CROSSOVER FILTER CONSTRUCTION

IN+

L1

1.8mHC1 22 µF

IN−

LF+

LF−

PTC1

1.6A

R1

2.35Ω

C2

5.6 µF

L2 0.39mH

C3

8.2 µF

L3 0.68mH

R2 5Ω

L4 0.39mH

C4 4.7 µF

HF+

HF−

SCHEMATIC

BILL OF MATERIALSRESISTORSSYMBOL VALUE POWER TOLERANCE NOTER1 2.35 Ohm 60 W 5% Resistance can be split over parallel resistor to get the desired power rating R2 5 Ohm 50 W 5% Resistance can be split over parallel resistor to get the desired power rating CAPACITORSSYMBOL VALUE VOLTAGE TYPE TOLERANCE NOTEC1 22 uF 400 V MKP 5% Metallized Plastic Polypropylene Capacitor. High current/low lossC2 5.6 uF 250 V MKT 5% Metallized Plastic Polyester CapacitorC3 8.2 uF 250 V MKT 5% Metallized Plastic Polyester CapacitorC4 4.7 uF 250 V MKT 5% Metallized Plastic Polyester CapacitorINDUCTORSSYMBOL VALUE WIRE DIAMETER TYPE TOLERANCE MAX RESISTANCE NOTEL1 1.8 mH 1.4 mm IRON CORE 5% 0.3 Ohm High temperature coil body with core requiredL2 0.39 mH 1 mm AIR CORE 3% 0.35 Ohm -L3 0.68 mH 1 mm AIR CORE 3% 0.5 Ohm -L4 0.39 mH 1 mm AIR CORE 3% 0.35 Ohm -POSITIVE TEMPERATURE COEFFICIENT THERMISTORSYMBOL HOLD CURRENT MAXIMUM

VOLTAGENOTE

PTC1 1.6 A 60 V Protection for compression driver DN10.17T

SISTEMA F153.10N 19 / 21rev_

B.b

SUGGESTED DESIGN

PERFORMANCEHFDN10.17T

LFWAF153.00

HORNHD1004

SPL

(dB)

1W

/1m

@ Z

nom

Max

SPL

(dB)

@ 1

0% T

HD

Frequency (Hz)

Frequency (Hz)

TOTAL HARMONIC DISTORTION

FREQUENCY RESPONCE

20 100 500 1000 10000 2000040

50

60

70

80

90

100

110

Frequency (Hz)

SPL(dB)@

1W

/1m

20 100 500 1000 10000 2000040

50

60

70

80

90

100

110

Frequency (Hz)

TotalHarmonic

Distortion(dB)

SPL 1W

THD 1W

THD 100W

Measurement hardware: Four Audio ROBO3 with WinMF software. Smoothing 1/6 oct.

Measurement hardware: Four Audio ROBO3 with WinMF software. Crown IT12000 amplifier.

All measurements in class 1 semi-anechoic chamber using ground plane technique, with microphone placed on-axis at 4m distance; measurements are then normalized to 1w/1m in free-field condition.

SISTEMA F153.10N 20 / 21rev_

B.b

SUGGESTED DESIGN

PERFORMANCE

SPL

(dB)

1W

/1m

@ Z

nom

Max

SPL

(dB)

@ 1

0% T

HD

Frequency (Hz)

Frequency (Hz)

MAX SPL

IMPEDANCE

10 100 500 1000 10000 200000

20

40

60

Frequency (Hz)

Imped

ance

(Ohm)

50 100 500 1000 1000090

95

100

105

110

115

120

125

130

135

140

Frequency (Hz)

SPL(dB)@

1000W

-Znom

-10%

THD

Measurement hardware: Four Audio ROBO3 with WinMF software. Smoothing 1/6 oct.

Measurement hardware: Four Audio ROBO3 with WinMF software. Crown IT12000 amplifier

All measurements in class 1 semi-anechoic chamber using ground plane technique, with microphone placed on-axis at 4m distance.

HFDN10.17T

LFWAF153.00

HORNHD1004

SISTEMA F153.10N 21 / 21rev_

B.b

SUGGESTED DESIGN

HORIZONTAL PLANE

VERTICAL PLANE

030

60

90

120

150180

210

240

270

300

330

−30

−20

−10

0

500Hz 1kHz 5kHz 10kHz 20kHz

030

60

90

120

150180

210

240

270

300

330

−30

−20

−10

0

500Hz 1kHz 5kHz 10kHz 20kHz

PERFORMANCE

POLAR PLOT

POLAR PLOT

DIRECTIVITY CONTOUR PLOT

DIRECTIVITY CONTOUR PLOT

Measurement hardware: Four Audio ROBO3 with WinMF software.

Measurement hardware: Four Audio ROBO3 with WinMF software.

HFDN10.17T

LFWAF153.00

HORNHD1004

All measurements in class 1 semi-anechoic chamber; measurements are then normalized with respect to on axis values. Smoothing 1/12 oct.

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