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recommended cabinet 1:
closed cabinet with 3,1 L volume
from 110/69 Hz (-3dB/-8dB)
 
recommended cabinet 2:
12,5 L volume bass reflex cabinet
with HP50 reflex tube, 10 cm long.
from 49/43 Hz (-3dB/-8dB).

CP-10X       order no. bb-cp10x       EUR 21,00
10 cm coax driver with paper cone. The voice coil is ventilated; its made of kapton.
  • resonance frequency fs = 76 Hz
  • impedance R = 12 Ohm
  • sound pressure level SPL = 86 dB (2,83V; 1m)
  • DC resistance Re = 9,7 Ohm
  • force factor BL = 5,8 N/A
  • effective piston radiating area Sd = 61 cm2
  • effective mechanical mass incl. air load 4,9 g
  • equivalent volume of compliance Vas = 4,07 l
  • total Q factor Qts = 0,56 (Qms=3,45, Qes=0,662)
  • mounting diameter d = 98 mm
  • overall diameter d = 105 mm
  • mounting depth (not countersunk) t = 56 mm

 

recommended cabinet 1:
closed cabinet with 3 L volume
from 108/68 Hz (-3dB/-8dB)
 
recommended cabinet 2:
11,9 L volume bass reflex cabinet
with HP50 reflex tube, 11 cm long.
from 48/42 Hz (-3dB/-8dB).

CP-101       order no. bb-cp101       EUR 19,00
10 cm midrange driver with paper cone. The voice coil is ventilated; its made of kapton. The driver is magnetically shielded.
  • resonance frequency fs = 77 Hz
  • impedance R = 12 Ohm
  • sound pressure level SPL = 86 dB (2,83V; 1m)
  • DC resistance Re = 9,6 Ohm
  • force factor BL = 6,51 N/A
  • effective piston radiating area Sd = 61 cm2
  • effective mechanical mass incl. air load 6,37 g
  • equivalent volume of compliance Vas = 3,44 l
  • total Q factor Qts = 0,58 (Qms=3,37, Qes=0,7)
  • mounting diameter d = 96 mm
  • overall diameter d = 105 mm
  • mounting depth (not countersunk) t = 72 mm

 

recommended cabinet 1:
closed cabinet with 1,1 L volume
from 130/82 Hz (-3dB/-8dB)
 
recommended cabinet 2:
3,7 L volume bass reflex cabinet
with HP50 reflex tube, 30 cm long.
from 68/53 Hz (-3dB/-8dB).

CP-104       order no. bb-cp104       EUR 16,00
10 cm midrange driver with paper cone. The voice coil is ventilated; its made of kapton.
  • resonance frequency fs = 57 Hz
  • impedance R = 4 Ohm
  • sound pressure level SPL = 86 dB (2,83V; 1m)
  • DC resistance Re = 3,3 Ohm
  • force factor BL = 4,7 N/A
  • effective piston radiating area Sd = 61 cm2
  • effective mechanical mass incl. air load 7,33 g
  • equivalent volume of compliance Vas = 5,51 l
  • total Q factor Qts = 0,34 (Qms=2,8, Qes=0,39)
  • mounting diameter d = 97 mm
  • overall diameter d = 105 mm
  • mounting depth (not countersunk) t = 66 mm

 

recommended cabinet 1:
closed cabinet with 1,6 L volume
from 130/82 Hz (-3dB/-8dB)
 
recommended cabinet 2:
5,1 L volume bass reflex cabinet
with HP50 reflex tube, 21 cm long.
from 69/54 Hz (-3dB/-8dB).

CP-134       order no. bb-cp134       EUR 17,00
13 cm midrange driver with paper cone. The voice coil is ventilated; its made of kapton.
  • resonance frequency fs = 53,8 Hz
  • impedance R = 4 Ohm
  • sound pressure level SPL = 88 dB (2,83V; 1m)
  • DC resistance Re = 3,3 Ohm
  • force factor BL = 5,44 N/A
  • effective piston radiating area Sd = 82 cm2
  • effective mechanical mass incl. air load 8,83 g
  • equivalent volume of compliance Vas = 9,24 l
  • total Q factor Qts = 0,31 (Qms=6,34, Qes=0,33)
  • mounting diameter d = 111 mm
  • overall diameter d = 126 mm
  • mounting depth (not countersunk) t = 72 mm

 

recommended cabinet 1:
closed cabinet with 2 L volume
from 125/79 Hz (-3dB/-8dB)
 
recommended cabinet 2:
7,3 L volume bass reflex cabinet
with HP50 reflex tube, 15 cm long.
from 63/50 Hz (-3dB/-8dB).

CP-138       order no. bb-cp138       EUR 19,00
13 cm midrange driver with paper cone. The voice coil is ventilated; its made of kapton. The driver is magnetically shielded.
  • resonance frequency fs = 59 Hz
  • impedance R = 8 Ohm
  • sound pressure level SPL = 89,3 dB (2,83V; 1m)
  • DC resistance Re = 6,8 Ohm
  • force factor BL = 7,13 N/A
  • effective piston radiating area Sd = 82 cm2
  • effective mechanical mass incl. air load 8,07 g
  • equivalent volume of compliance Vas = 8,37 l
  • total Q factor Qts = 0,38 (Qms=6,41, Qes=0,4)
  • mounting diameter d = 111 mm
  • overall diameter d = 126 mm
  • mounting depth (not countersunk) t = 78 mm

 

recommended cabinet 1:
closed cabinet with 4,4 L volume
from 104/66 Hz (-3dB/-8dB)
 
recommended cabinet 2:
14,2 L volume bass reflex cabinet
with HP70 reflex tube, 22 cm long.
from 56/43 Hz (-3dB/-8dB).

CP-164       order no. bb-cp164       EUR 19,00
16 cm bass driver with paper cone. The voice coil is ventilated; its made of kapton.
  • resonance frequency fs = 43 Hz
  • impedance R = 4 Ohm
  • sound pressure level SPL = 90 dB (2,83V; 1m)
  • DC resistance Re = 3,4 Ohm
  • force factor BL = 6,35 N/A
  • effective piston radiating area Sd = 142 cm2
  • effective mechanical mass incl. air load 14,65 g
  • equivalent volume of compliance Vas = 25,8 l
  • total Q factor Qts = 0,31 (Qms=6,74, Qes=0,33)
  • mounting diameter d = 146 mm
  • overall diameter d = 156 mm
  • mounting depth (not countersunk) t = 94 mm

 

recommended cabinet 1:
closed cabinet with 7,3 L volume
from 88/56 Hz (-3dB/-8dB)
 
recommended cabinet 2:
27 L volume bass reflex cabinet
with HP70 reflex tube, 14 cm long.
from 44/35 Hz (-3dB/-8dB).

CP-168       order no. bb-cp168       EUR 19,00
16 cm bass driver with paper cone. The voice coil is ventilated; its made of kapton.
  • resonance frequency fs = 43,91 Hz
  • impedance R = 8 Ohm
  • sound pressure level SPL = 89 dB (2,83V; 1m)
  • DC resistance Re = 7,5 Ohm
  • force factor BL = 8,24 N/A
  • effective piston radiating area Sd = 141 cm2
  • effective mechanical mass incl. air load 13,65 g
  • equivalent volume of compliance Vas = 26,7 l
  • total Q factor Qts = 0,4 (Qms=7,17, Qes=0,42)
  • mounting diameter d = 146 mm
  • overall diameter d = 156 mm
  • mounting depth (not countersunk) t = 94 mm

 
The cabinet volume calculations are executed considering an external resistance of 0.3 Ohm. We are using, if no other data is known or available, the information supplied by the manufacturer.

Please note: the frequency response doesn't say much about the cut-off frequency inside the cabinet! Therefore, we mostly give you 2 examples with dimensioning considerations and an indication, how low the loudspeaker will reproduce.

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© Copyright 2007 Iris Strassacker; All rights reserved. - errors and omissions excepted