Focal Utopia Be 6 W3 Be User manual

Fs
Vas
Qts
Qes
Qms
Re
Sd
Cas
Mas
Ras
Cms
Mms
Rms
Ces
Les
Res
BI
SPL
Focal®is a trademark of Focal-JMlab®
108, rue de l'Avenir - BP 374 - 42353 La Talaudière cedex - France - Tel. [phone] - Fax [phone] - www.focal-fr.com
Specifications
Parameters
Mechanical Drawing
Frequency Response / Impedance
©Focal-JMlab - SCFR041108/2
dB SPL Ohm
Log Frequency - Hz
20 100 1000 10000
Unit: mm
6 W3 Be
6.5’’ Utopia Be®woofer
100 W
200 W
89 dB
W
Rubber
4 ohm
3.22 ohm
40 mm 1.57 in
17 mm 0.7 in
Kapton®
2
Copper
0.69 mH
5.5 mm
eodymium
0.8 T
6 mm 0.25 in
0.9 kg 2 Ibs
55.28 Hz
9.92 I
0.765
0.82
11.42
3.22 ohm
132.73 cm2
7.07E-08 m5/
117.32 kg/m4
3568.36 ohm.ac
4.01E-04 m/
20.67 g
0.629 kg/s
733.18 mF
11.31 mH
44.84 ohm
5.31 /A
84.95 dB/W/m
100
95
90
85
80
75
70
65
60
55
50
105
95
85
75
65
55
45
35
25
15
05
•W cone
•Neodymium magnet
•Zamak basket
On axis, 0° and 45° off axis frequency response
Nominal power
Maximum power
Sensitivity (2.83V/m)
Cone
Surround
Nom. impedance
DC resistance
VC diameter
VC height
Former
Layers
Wire
Inductance
Xmax
Magnet
Flux density
Gap height
Net weight

Fs
Vas
Qts
Qes
Qms
Re
Sd
Cas
Mas
Ras
Cms
Mms
Rms
Ces
Les
Res
BI
SPL
Focal®is a trademark of Focal-JMlab®
108, rue de l'Avenir - BP 374 - 42353 La Talaudière cedex - France - Tel. [phone] - Fax [phone] - www.focal-fr.com
Specifications
Parameters
Mechanical Drawing
Frequency Response / Impedance
Ohm
Log Frequency - Hz
20 100 1000 10000
Unit: mm
3 W2 Be
3" Utopia Be® midrange
•W cone
•Neodymium magnet
•Zamak basket
100
95
90
85
80
75
70
65
60
55
50
110
100
90
80
70
60
50
40
30
20
10
20 100 1000 10000
On axis, 0° and 45° off axis frequency response
dB SPL
50 W
100 W
88 dB
W
Rubber
4 ohm
3.37 ohm
25 mm 1 in
8.5 mm
Kapton®
2
Aluminum
0.11 mH
2 mm 0.08 in
eodymium
1.2 T
4 mm 0.16 in
0.18 kg 0.4 Ib
188.74 Hz
0.31 I
0.729
0.770
13.790
3.37 ohm
30.19 cm2
2.18E-09 m5/
325.84 kg/m4
28021.38 ohm.ac
2.39E-04 m/
2.97 g
0.255 kg/s
192.67 mF
3.69 mH
60.35 ohm
3.93 /A
86.12 dB/W/m
Nominal power
Maximum power
Sensitivity (2.83V/m)
Cone
Surround
Nom. impedance
DC resistance
VC diameter
VC height
Former
Layers
Wire
Inductance
Xmax
Magnet
Flux density
Gap height
Net weight
©Focal-JMlab - SCFR041108/3