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SwanSpeaker - tweeters - midranges - woofers

De luidsprekers van SwanSpeaker zijn afkomstig van een nieuw, uiterst modern bedrijf. Ieder detail is nauwkeurig onderzocht en geperfectioneerd. Nieuwe materialen zijn op een innoverende wijze toegepast. Het conusmateriaal van sommige woofers bestaat uit een composiet van magnesium en aluminium, of van papier en Kevlar. Deze compositie elimineert de nadelen van beide afzonderlijke materialen. Ook de tweeters zijn van een uitzonderlijke kwaliteit, ragfijne weergave met alle details.
Bij SwanSpeaker hebben ze er niet alleen verstand van, maar ook een goed gehoor. Met deze speakers geniet u van een maximaal haalbare geluidskwaliteit.
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RT2-II Isodynamic tweeter

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RT2-II - technical data
afmetingen
Nominal Power Handling (Pnom)
power handling with crossover
frequentiebereik
sensitivity (2.83v/1m)
nominal impedance (Z) =DC
magneet systeem
Lowest Crossover Freq.
Weight (M)
186x160 mm
30 watt
150 watt
2 kHz - 27 kHz
93 dB
8 ohm
Neodymium
2000 Hz
0,87 Kg
RT2-II Isodynamic tweeter features

The driving systems composed of 2 layers of neodymium iron boron magnet create a push-pull actuation, which fill excellent absorb sound materials at back of film membrane, increase damp at back of film membrane, eliminate unnecessary vibration and reduce distortion. The panel of it applied new duralumin alloy, the needs of sound radiation to design its shape, which match with 2 row holes of front armor plate create equal and wide response. There is no resonance in working frequency band and impedance curve is a beeline, there is nearly no resonance wave distortion. Knowing all of the fantastic features of RT1-II, comparing with common speakers, it will give you a definite answer: Why are nitpicks audiophiles looking for ribbon loudspeakers in speaker books? Because they cannot find a loudspeaker whose sound are clear, clarity and full details, but those are the outstanding features of ribbon tweeter.



RT2-II - klik op de afbeelding voor een vergroting
RT2-II Frequency Response
RT2-II Impedance

De eigenschappen van de Isodynamic (ribbon) tweeter
Traditional dometweeter electromotion style loudspeaker applied voice coil to make film membrane work indirectly, which makes easy produce various of unbalanced sound, meanwhile difficult to replay high sound pressure because of the restrict of physics materials. The ribbon loudspeaker's voice coil is manufactured in the surface of the film membrane, which can sync and equally drive air. It has world recognized features, i.e. quick response, low-distortion, accurate and clean sound.
Swans has researched ribbon tweeter for several years, during
 this time, many products were born, of which brand new RT1-II was born recently on the base. The film membrane of it applied Kapton, which voice and film membrane combine together, the aluminum conduction part of voice coil takes more than 90% and painted 3um anti-oxidized coating can prevent the aluminum oxidation when sudden hot for aluminum conduction wire.The vibration quality can be ignored compare with traditional ball top tweeter, it is of 25mg, just as 1/5 of common tweeter, which means that any input transient state messages can be made transient response.
 
REMO luidspreker-, hifi audio- & home-cinema specialist
RT1C-A Isodynamic tweeter
RT1C-A Isodynamic tweeter
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RT1C-A - technical data
diameter
hoogte
Nominal Power Handling (Pnom)
power handling with crossover
frequentiebereik
sensitivity (2.83v/1m)
nominal impedance (Z) = DC
magneet systeem
magneet systeem
gewicht (M)
Recommended Crossover freq.
120 mm
17 mm
15 watt
100 watt
4,7 - 27 kHz
94 dB
5 ohm
Neodymium
shielded
0,2 Kg
> 4500
RT1C-A features

The RT1C-A has an exceptional ability to reveal the dynamics of instruments with complex high frequency spectra. Unlike conventional tweeters and electrostatic speakers, the RT1C-A has an extremely wide sound dispersion in the horizontal plane. The radiating area of the tweeter is 50 x 13 mm, where 13mm defines the horizontal dimension.
At the same time, contrary to other dynamic tweeters, the RT1C-A has well-controlled dispersion in the vertical plane.
This feature helps to avoid disturbing floor and ceiling reflections in home environments. What is wonderful is that you don't have to use three tweeters in home theater systems anymore in order to achieve the desired vertical directivity


Grafieken RT1CA - klik op de afbeelding voor een vergroting

RT1C-A Frequency Response RT1C-A Impedance


RT1L isodynamic tweeter
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RT1L tweeter - technical data
Diameter
Nominal Impedance (Z)
DC (Re)
resonance frequency (Fs)
nominal power handling (Pnom)
power handling with crossover
sensitivity 2.83v/1m
weight (M)
recommended crossover freq.
110 mm
4 ohm
4 ohm
none
10 watt
100 watt
88 dB
0.8 Kg
> 3500 Hz
magnet system: dispersed magnetic field circuit
RT1L Isodynamic tweeter features

- Innovational style of pointing style design
- Round ribbon ring-like film membrane eliminate the differences between uprightness and parallel
- Soundstage orientation makes more accurate and nature
- Brand-newly improved optimize radiation angle panel design makes sound express clean and smooth
- The breakthrough patent dispersed equilibria isodynamic field supplies powerful and non-ending actuation resource
- Full-copper alloy phase cone regulates ultra-high frequency phase response
- Toping representation for air quality sense.

  Grafieken RT1L - klik op de afbeelding voor een vergroting
RT1L Frequency Response RT1L Impedance


SS1-II High-end dome tweeter


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SS1-II tweeter - technical data
diameter
Nominal Impedance (Z)
Resonance Frequency (Fs)
Nominal Power Handling (Pnom)
power handling with crossover
Sensitivity (2.83v/1m)
Weight (M)
VC Diameter (mm)
DC (Re)
VC Layers
VC Former
VC Frame
Magnet System
Magnet Former
Crossover Frequency
102 mm
5 Ohms
1300 Hz
15 Watt
120 Watt
91 dB
0.6 Kg
25 
4.6 Ohm
2
CCAW 
ALuminium
Shielded
Ferrite
> 2600 Hz 

SS1-II dome tweeter features

Heat-resistant, high damping dome membrane made of natural fiber High-performance magnets, antimagnetic shielded magnetic structure with great driving force
High power handling voice coil with heat-resistant aluminum alloy former and aluminum voice coil wire coated with copper
Rigid M.I. front panel design-prevents unnecessary vibration
Antimagnetic design-could be directly applied on home theatre system
Recommended crossover frequency above 2000 Hz
Suitable for the tweeter of home hi-fi and home theater system
It is upgraded from SS1, and could replace SS1 without changing crossover


   Klik op de afbeelding voor een vergroting
SS1-II Frequency Response SS1-II Impedance SS1-II Mechanical Drawing


K1 high-end tweeter

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K1 tweeter - technical data
diameter
nominal impedance (Z)
resonance frequency (Fs)
nominal power handling (Pnom)
power handling with crossover
sensitivity (2.83v/1m)
weight (M)
VC Diameter
DC (Re)
VC Layers
VC Former
VC Frame
magnet system
magnet former
recommended crossover freq. 
116 mm
5 ohm
800 Hz
15 W
100 W
92 dB
0.9 kg
25 mm
4.6 ohm
2
CCAW
ALuminium
shielded
Ferrite
>2500Hz


K1 tweeter Features

The K1 tweeter is of SwanSpeaker new first-class ball top high frequency loudspeaker applied Germany natural fibre first-class film membrane; special painted damp greatly improved sound quality of high frequency. It has advantages of smooth frequency response, above 20kHz high frequency, high clarity, well transient response, natural tamber, having heat-resistant aluminium magnesium alloy framework and beautiful appearance.

The tweeter has a wide frequency response, small unequal level, exquisite and natural tabmer, and well energy feeling of intermediate frequency; it is a fantastic tweeter and widely-applied.



  Grafieken K1 - klik op de afbeelding voor een vergroting
K1 Frequency Response K1 Impedance K1 Mechanical Drawing


Q1R high-quality tweeter
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Q1R tweeter - technical data
Diameter
Nominal Impedance (Z)
Resonance Frequency (Fs)
Nominal Power Handling (Pnom)
power handling with crossover
Sensitivity (2.83v/1m)
Weight (M)
VC Diameter
DC (Re)
VC layers
VC former
VC frame
Magnet system
Magnet former
Recommended crossover freq.
116 mm
6 ohm
1000 Hz
15 watt
100 watt
89 dB
0.8 Kg
28 mm
5,3 ohm
2
CCAW
aLuminium
shielded
Ferrite
>2500 Hz
Q1R high-quality tweeter features

Tweeter is spirit of a system, its tamber, transient state, quality, trends compress, and distortion, etc have crucial effect. So, SwanSpeaker put out a series of unit Q1 with the above features. We believe that its full-bodied tamber, sense of becoming a fairy and unequalled transient state deeply impressed many people

With the development of technology, higher and higher pursuit requires us continual to optimize every function of this loudspeaker. It applied the finite element simulation and optimizes symmetrical shield anti-magnetic magnetic circuit, trends surge more evenly. Resonance distortion can be effectively reduced matching with low distortion magnetic circuit. Anti-magnetic design make its applicable scope is more broad. Used Ferrosound fluid magnet cooling match with CCAW loop to reduce vibration quality, improve power handling makes transient state better.



  Grafieken Q1R - klik op de afbeelding voor een vergroting



Q1R Frequency Response Q1R Impedance Q1R Mechanical Drawing


TN25 high-quality tweeter




prijs op aanvraag
TN25 tweeter - technical data
afmetingen
nominal impedance (Z)
resonance frequency (Fs)
sensitivity (2.83v/1m)
nominal power handling (Pnom)
power handling with crossover
weight (M)
VC diameter
DC (Re)
VC layers / former
VC frame
magnet system
magnet former
recommended crossover freq.
54,5 x 54,5 mm
5 Ohm
1500 Hz
90 dB
15 watt
100 watt
0.09 Kg
25 mm
4,6 Ohm
2 / CCAW
aluminium 
shielded 
neodymium
>2000 Hz

TN25 features

High-end natural fiber dome membrane;
Flat frequency response, could reach 25 Kc in high frequency range;
High-performance, shielded Neodymium magnets;
Sandwich antimagnetic structure, effectively supresses the leakage magnetic field, forming a small linear uniform magnetic field;
Heat-resistant, high power handling ferro fluid cooled voice coil with aluminium alloy former and aluminium voice coil wire coated with copper;
Sound absorption rear acoustic chamber design decreases the non-linear distortion near the resonance frequency.
TN25 can be used as a tweeter of center channel speaker or surround speaker in a home theater system.

  Grafieken TN25 - klik op de afbeelding voor een vergroting


TN25 Frequency Response TN25 Impedance TN25 Mechanical Drawing


SwanSpeaker - midrange - bas/midranges - woofers

DMA-A - high-end midrange

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DMA-A dome midrange - technical data
Diameter x hoogte
Nominal Impedance (Z)
Resonance Frequency (Fs)
Nominal Power Handling (Pnom)
Sensitivity (2.83v/1m)
Weight (M)
VC Diameter
DC (Re)
VC Former
VC Frame
VC Layers
Magnet System
Magnet Former
Recommended Crossover Freq.
145 x 43 mm
5 ohm
630 Hz
80 watt
92 dB
1.6 kg
50 mm
4.3 ohm
CCAW
ALuminium
2
Shielded
Ferrite 
>800 <6000 Hz


DMA-A Dome Midrange features
The pertinent command for DMA by US authorized magazine: "DMA-A obviously is of top field."
- Vance Dickason US Pro V.C Magazine - 

HI-end reference grade midrange loudspeaker is the new improvement of DMA-A. DMA-A new low-distortion leading resonance style structure midrange loudspeaker applied natural fibre knit special damp of 50mm ball top midrange film membrane with natural and accurate sound. High power aluminium framework voice coil match with aluminium surrounded line packed with copper can increase power output and leading resonance structure, reduce Q value of unit resonance and distortion, widen frequency response scale.
Because the mostly distortions of midrange loudspeaker occur at resonance frequency phrase, it can reduce phrase
 distortion through several of low distortion leading resonance structure, and makes the whole working frequency response are in the working situation of low distortion.
Otherwise, even if the filtered but unclean low frequency signals are input, but no noise with loudspeaker. DMA-A suit for advanced monitor system for midrange units.

Special Swans double alnico full symmetry magnetic circuit system and low-distortion leading resonance style structure have high sensitivity and lowest distortion. There is a vent at low distortion leading resonance style structure on the back of midrange loudspeaker film membrane; the exit of vent is a big volume strong sound absorption non-resonance sealed back cavity. The vibration system includes: film membrane, voice coil, small quantity of air volume on the back of film membrane, and a reflex acoustics resonance system.


  Grafieken DMA-A - klik op de afbeelding voor een vergroting



DMA-A Frequency Response DMA-A Impedance DMA-A Mechanical Drawing


M4N full-frequency




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M4N full-frequency - technical data
Diameter x hoogte (mm)
Nominal Impedance (Z)
Resonance Frequency (Fs)
Nominal Power Handling (Pnom)
Max Power Handing (Pmax)
Sensitivity (2.83v/1m)
Weight (M)
Voice Coil Diameter
DC (Re)
Voice Coil Length (H)
Voice Coil Former
Voice Coil Frame
Magnet System
Magnet Former
116,5 x 63
8 ohm
69 Hz
15 watt
30 watt
82 dB
0.6 kg
20 mm
6.5 ohm
9.0 mm
CCAV
Kapton
Shielded
Ferrite
Force Factor (BL)
Gap Height (He)
Linear Excursion (Xmax)
Suspension Compliance (Cms)
Mechanical Q (Qms)
Electrical Q (Qes)
Total Q (Qts)
Moving Mass (Mms)
Effective Piston Area (Sd)
Equivalent Air Volume (Vas)
Cabinet Type
Recommended Box Volume(Vb)
-3dB Cut-Off Frequency(F3)
-
3.1 TM
3.0 mm
3.0 mm
1080 uM/N
5.39
1.35
1.08
4.8 g
0.0053 m2
4.3 L
Sealed
4 L
70 Hz
-


M4N Full-frequency - features

Advanced alloy (magnesium and aluminum) cone, coated with special damping material, having good rigidity and dynamic stability, improving the sonical features of the driver. High power handling, heat-resistant Kapton® voice coil former and heat-resistant CCAW voice coil wire. Finite Element Analysis for shielded magnetic system with long-throw linear excursion design. Swan's Symmetric Motor Drive (SMD) technology makes the voice coil into a symmetric driving magnetic field, thus acquiring

symmetric driving force, reducing voice coil inductance and back electromotive force modulation, improving the controllability of the speakers.
Finite Element Analysis for flat & rigid iron frame, prevent the parasitic structural resonances. Using leading technology of Small/Thiele parameters in cabinet design. Suitable for midrange, surround speakers in a home theatre system, and also suitable for computer multimedia speakers.

  Grafieken M4N - klik op de afbeelding voor een vergroting
M4N Frequency Response M4N Impedance M4N Mechanical Drawing


M5A - bass-midrange

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M5A Bass-Midrange - technical data
Buiten-diameter Ø
Nominal Impedance (Z)
Resonance Frequency (Fs)
Nominal Power Handling (Pnom)
Power Handling with cross-over
Sensitivity (2.83v/1m)
Weight (M)
VC Diameter
DC (Re)
VC Length (H)
VC Former
VC Frame
Magnet System
Magnet former
140mm
8 Ohm
48 Hz
35 Watt
70 Watt
87 dB
1.6 Kg
25 mm
6.5 Ohm
10.4 mm
SV 
Kapton 
Shielded 
Ferrite 
Force Factor (BL)
Gap Height (He)
Linear Excursion (Xmax)
Suspension Compliance (Cms)
Mechanical Q (Qms)
Electrical Q (Qes)
Total Q (Qts)
Moving Mass (Mms)
Effective Piston Area (Sd)
Equivalent Air Volume (Vas)
Cabinet Type
Recommended Box Volume(Vb)
Tuning Frequency (Fb)
-3dB Cut-Off Frequency(F3)
7.6 TM
5.0 mm
2.7 mm
1038 uM/N
6.71 
0.36 
0.34 
10.8 g
0.0087 m2
11.2 L
Vented
10 L
50 Hz
48 Hz

 
M5A features

  • Extremely rigid Aluminum/Magnesium cone
  • Specially made high loss rubber surround
  • Shielded double magnet system
  • High power handling Kapton® voice coil former
  • Air transparent spider
  • High density aluminum die-cast basket
  • Symmetric Motor Drive (SMD) technology

    The design of the M5a has been optimized for an extended and dynamic bass reproduction in small vented systems. Midrange clarity and accuracy is remarkable. The M5A utilizes our unique one-piece aluminum/magnesium composite cone. The cone's superior rigidity provides for dynamic and accurate reproduction of transient attacks. This contributes to a more naturally dynamic sound. The back of the cone is hand coated with a special dampening compound to further maximize performance stability and control of structural resonances. The high temperature voice coil former and SV wire, air transparent spider and venting of the coil allow for good power handling.
    		• Using Finite Element Analysis simulation, we optimized the complete magnet structure and specifically shaped the pole piece to achieve symmetric flux distribution along the travel path of the voice coil. This design approach provides better driving force linearity. It considerably reduces voice coil inductance modulation and DC offset of the moving system at high power levels. The result is much less distortion and more effective voice coil cooling. The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances. A shielded magnet structure allows the M5A to be easily incorporated into audio/video applications.

    The driver may be used in a small closed box as a midrange unit in a three-way system and the good extension (50 Hz) in a vented enclosure allows for use in a two-way two-driver or MTM configured system. Recommended crossover frequency region for a two-way system design is 2-5 kHz. Incorporated into the Diva line of loudspeakers manufactured by Swans the M5a earned the Exceptional Value Award at The Home Entertainment Show.
      Grafieken M5A - klik op de afbeelding voor een vergroting


    M5A Frequency Response M5A Impedance M5A Mechanical Drawing


    F5 - bass-midrange


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    F5 Bass-Midrange - technical data
    Diameter x hoogte mm
    Nominal Impedance (Z)
    Resonance Frequency (Fs)
    Nominal Power Handling (Pnom)
    Max Power Handling (Pmax)
    Sensitivity (2.83v/1m)
    Weight (M)
    VC Diameter
    DC (Re)
    VC Length (H)
    VC Former
    VC Frame
    Magnet System
    Magnet Former
    154 x 89
    8 ohm
    52 Hz
    35 watt
    70 watt
    86 dB
    1,6 kg
    25 mm
    6,5 ohm
    10,4 mm
    CCAW
    Kapton
    Shielded
    Ferrite
    Force Factor (BL)
    Gap Height (He)
    Linear Excursion (Xmax)
    Suspension Compliance (Cms)
    Mechanical Q (Qms)
    Electrical Q (Qes)
    Total Q (Qts)
    Moving Mass (Mms)
    Effective Piston Area (Sd)
    Equivalent Air Volume (Vas)
    Cabinet Type
    Recommended Box Volume(Vb)
    Tuning Frequency(Fb)
    -3dB Cut-Off Frequency(F3)
    8.3 TM
    5 mm
    2,7 mm
    828 uM/N
    4,31
    0,36
    0,33
    11,5 g
    79 cm2
    7,3 L
    Vented
    8 L
    50 Hz
    47 Hz
    Recommended crossover frequency region for a two-way system: 2 - 4 kHz.
    The driver may be incorporated in a small closed box as a bass-midrange unit, when a subwoofer is employed


    F5 - bass-midrange features
  • Light and extremely rigid Kevlar/paper composite cone
  • specially made high loss rubber surround
  • shielded double magnet motor structure
  • high power handling aluminum former voice coil
  • central phase plug
  • high-density aluminum die-cast basket
    The design of F5 has been optimized for an extended and dynamic bass reproduction in small vented systems as well as for midrange clarity and accuracy.

    F5 utilizes a newly developed matrix of Kevlar and paper fibers. As a result, the cone weighs less, is more rigid and has an improved dampening factor over conventional Kevlar materials. The back of the cone is hand coated with a special dampening compound to further maximize performance stability and control of structural resonances.
    		•  The driver utilizes a central phase plug to avoid air compression and internal air volume resonance. The plug improves frequency response and dispersion as well. The aluminum former voice coil and air transparent spider contributes to the linear operation of the transducer at high power levels.
    The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances.

    A shielded magnet structure allows the F5 to be easily incorporated into audio/video applications.
    F5 has a remarkably smooth frequency response within +/-2 dB tolerance in 120 - 5000 Hz range, measured in IEC baffle.

       Grafieken F5- klik op de afbeelding voor een vergroting
    F5 Frequency Response F5 Impedance F5 Mechanical Drawing


    F6 bass-midrange


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    F6 Bass-Midrange - technical data
    Diameter x hoogte (mm)
    Nominal Impedance (Z)
    Resonance Frequency (Fs)
    Nominal Power Handling (Pnom)
    Max Power Handling (Pmax)
    Sensitivity (2.83v/1m)
    Weight (M)
    VC Diameter
    DC (Re)
    VC Length (H)
    VC Former
    VC Frame
    Magnet System
    Magnet Former
    197 x 92
    8 ohm
    45 Hz
    45 watt
    90 watt
    88 dB
    2.1 kg
    25 mm
    6.5 ohm
    14.5 mm
    SV 
    Kapton 
    Shielded 
    Ferrite 
    Force Factor (BL)
    Gap Height (He)
    Linear Excursion (Xmax)
    Suspension Compliance (Cms)
    Mechanical Q (Qms)
    Electrical Q (Qes)
    Total Q (Qts)
    Moving Mass (Mms)
    Effective Piston Area (Sd2)
    Equivalent Air Volume (Vas)
    Cabinet Type:
    Recommended Box Volume(Vb)
    Tuning Frequency(Fb)
    -3dB Cut-Off Frequency(F3)
    9.0 TM
    6.0 MM
    4.3 mm
    658 uMN
    3.91 
    0.38 
    0.35
    18.3 g
    139 cm2
    16.4 L
    Vented
    15 L
    45 Hz
    42 Hz


    F6 bass-midrange - features

  • Light and extremely rigid Kevlar/paper composite cone;
  • specially made high loss rubber surround;
  • shielded double magnet motor structure;
  • high power handling aluminum former voice coil;
  • central phase plug;
  • high-density aluminum die-cast basket. 
    The design of F6 has been optimized for balanced and dynamic low bass reproduction in small or medium vented systems. Midrange clarity and tonal balance is remarkable.

    F6 utilizes a newly developed matrix of Kevlar and paper fibers. As a result, the cone weighs less, is more rigid and has an improved dampening factor over conventional Kevlar materials.


    • The back of the cone is hand coated with a special dampening compound to further maximize performance stability and control of structural resonances. The driver utilizes a central phase plug to avoid air compression and internal air volume resonance. The plug improves frequency response and dispersion as well. The aluminum former voice coil and air transparent spider contributes to the linear operation of the transducer at high power levels.

    The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances.
    The shielded magnet structure allows the F6 to be easily incorporated into audio/video applications.
    --

       Grafieken F6 - klik op de afbeelding voor een vergroting
    F6 Frequency Response F6 Impedance F6 Mechanical Drawing


    M6A - bass-midrange


    prijs op aanvraag


    M6A Bass-Midrange - technical data
    Diameter
    Nominal Impedance (Z)
    Resonance Frequency (Fs)
    Nominal Power Handling (Pnom)
    Max Power Handling (Pmax)
    Sensitivity (2.83v/1m)
    Weight (M)
    VC Diameter
    DC (Re)
    VC Length (H)
    VC Former
    VC Frame
    Magnet System
    Magnet Former
    174 mm
    8 Ohm
    46 Hz
    45 watt
    90 Watt
    88 dB
    2.0 Kg
    25 mm
    6.5 Ohm
    14.5 mm
    SV
    Kapton
    Shielded
    Ferrite
    Force Factor (BL)
    Gap Height (He)
    Linear Excursion (Xmax)
    Suspension Compliance (Cms)
    Mechanical Q (Qms)
    Electrical Q (Qes)
    Total Q (Qts)
    Moving Mass (Mms)
    Effective Piston Area (Sd)
    Equivalent Air Volume (Vas)
    Cabinet Type
    Recommended Box Volume(Vb)
    Tuning Frequency(Fb)
    -3dB Cut-Off Frequency(F3)
    7.8 TM
    6.0 mm
    4.3 mm
    874 uM/N
    3.94
    0.42
    0.38
    13.6 g
    0.0139 m2
    21.9 L
    Vented
    14 L
    48 Hz
    47 Hz

    M6A - bass-midrange features

  • Extremely rigid Aluminum/Magnesium cone
  • Specially made high loss rubber surround
  • Shielded double magnet system
  • High power handling Kapton® voice coil former
  • Air transparent spider
  • High density aluminum die-cast basket; 
  • Symmetric Motor Drive (SMD) technology.

    The design of the M6a has been optimized for an extended and dynamic bass reproduction in small vented systems.
    Midrange clarity and accuracy is remarkable. The M6a utilizes our unique one-piece aluminum/magnesium composite cone. The cone's superior rigidity provides for dynamic and accurate reproduction of transient attacks. This contributes to a more naturally dynamic sound. The back of the cone is hand coated with a special dampening compound to further maximize performance stability and control of structural resonances.
    The high temperature voice coil former and SV wire, air transparent spider and venting of the coil allow for good power handling.
    		•
    Using Finite Element Analysis simulation, we optimized the complete magnet structure and specifically shaped the pole piece to achieve symmetric flux distribution along the travel path of the voice coil. This design approach provides better driving force linearity. It considerably reduces voice coil inductance modulation and DC offset of the moving system at high power levels. The result is much less distortion and more effective voice coil cooling.

    The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances.

    A shielded magnet structure allows the M6a to be easily incorporated into audio/video applications. The driver may be used in a small closed box as a midrange unit in a three-way system.
    The good extension (45 Hz) allows the use in a vented enclosure in a two-way two-driver or MTM configured system. Recommended crossover frequency region for a two-way system design is 2-3 kHz.  The M6a earned the Exceptional Value Award at The Home Entertainment Show.


       Grafieken M6A - klik op de afbeelding voor een vergroting


    M6A Frequency Response M6A Impedance M6A Mechanical Drawing


    M8A - bass-midrange



    bel voor scherpe prijs


    M8A - technical data
    Diameter
    Nominal Impedance (Z)
    Resonance Frequency (Fs)
    Nominal Power Handling (Pnom)
    Max Power Handling (Pmax)
    Sensitivity (2.83v/1m)
    Weight (M)
    VC Diameter
    DC (Re)
    VC Length (H)
    VC Former
    VC Frame
    Magnet System
    Magnet Former
    215 mm
    8 Ohm
    33 Hz
    80 Watt
    160 Watt
    88 dB
    2.5 Kg
    35 mm
    6.5 Ohm
    17.5 mm
    SV
    Kapton
    Outside 
    Ferrite
    Force Factor (BL)
    Gap Height (He)
    Linear Excursion (Xmax)
    Suspension Compliance (Cms)
    Mechanical Q (Qms)
    Electrical Q (Qes)
    Total Q (Qts)
    Moving Mass (Mms)
    Effective Piston Area (Sd)
    Equivalent Air Volume (Vas)
    Cabinet Type 
    Recommended Box Volume(Vb)
    Tuning Frequency(Fb)
    -3dB Cut-Off Frequency(F3)
    10.5 TM
    6.0 mm
    5.8 mm
    605 uM/N
    4.59
    0.49 
    0.44 
    38.1 g
    0.0214 m2
    42.3 L
    Vented 
    28 L
    35 Hz
    36 Hz

    M8A  - features

  • Extremely rigid Aluminum/Magnesium cone
  • Specially made high loss rubber surround
  • High power handling Kapton® voice coil former
  • Air transparent spider
  • High density aluminum die-cast basket
  • Symmetric Motor Drive (SMD) technology

    The design of the M8a has been optimized for an extended and dynamic bass reproduction in small vented systems. Clarity and accuracy is remarkable. The M8a utilizes our unique one-piece aluminum/magnesium composite cone. The cone's superior rigidity provides for dynamic and accurate reproduction of transient attacks. This contributes to a more naturally dynamic sound and superior definition and articulation in the mid-bass region.
    The high temperature voice coil former and SV wire, air transparent spider and venting of the coil allow for good power handling.
    		•
    Using Finite Element Analysis simulation, we optimized the complete magnet structure and specifically shaped the pole piece to achieve symmetric flux distribution along the travel path of the voice coil. This design approach provides better driving force linearity. It considerably reduces voice coil inductance modulation and DC offset of the moving system at high power levels. The result is much less distortion and more effective voice coil cooling.

    The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances. The M8a provides excellent quality bass definition with good extension (40 Hz). It can be used to good effect in a medium sized two-way system or as a woofer in a three-way system. Incorporated into the Diva line of loudspeakers manufactured by Swans the M8a earned the Exceptional Value Award at The Home Entertainment Show 2000. Recommended crossover frequency region for a two-way system design is 1-2 kHz.

       Grafieken M8A - klik op de afbeelding voor een vergroting


    M8A Frequency Response M8A Impedance M8A Mechanical Drawing


    F8 bass-midrange



    prijs op aanvraag

    F8 bass-midrange - technical data
    Diameter x hoogte (mm)
    Nominal Impedance (Z)
    Resonance Frequency (Fs)
    Nominal Power Handling (Pnom)
    Max Power Handling(Pmax)
    Sensitivity (2.83v/1m)
    Weight (M)
    VC Diameter
    DC (Re)
    VC Length (H)
    VC Former
    VC Frame
    Magnet System
    Magnet Former
    217 x 106
    8 ohm
    36 Hz
    60 watt
    120 watt
    87 dB
    2.9 kg
    35 mm
    6.5 ohm
    17.5 mm
    SV
    Kapton
    Shielded
    Ferrite
    Force Factor (BL)
    Gap Height (He)
    Linear Excursion (Xmax)
    Suspension Compliance (Cms)
    Mechanical Q (Qms)
    Electrical Q (Qes)
    Total Q (Qts)
    Moving Mass (Mms)
    Effective Piston Area (Sd)
    Equivalent Air Volume (Vas)
    Cabinet Type
    Recommended Box Volume(Vb)
    Tuning Frequency(Fb)
    -3dB Cut-Off Frequency(F3)
    10.1 TM
    7.5 mm
    5.0 mm
    567 uM/N
    1.73
    0.51
    0.39
    35.3 g
    0.0214 m2
    36.9 L
    Vented
    19 L
    40 Hz
    47 Hz
    Recommended crossover frequency for two-way system design: 1.8-2.2 kHz.



    F8 Bass-Midrange - features

  • Light and extremely rigid Kevlar/paper composite cone;
  • specially made high loss rubber surround;
  • shielded double magnet motor structure;
  • high power handling aluminum former voice coil;
  • flat linear spider;
  • high-density aluminum die-cast basket.
    An accurate and uncompressed sound performance at realistic loudness levels represents the ideology implemented in this driver. The design of F8 has been optimized for balanced and dynamic low bass reproduction in compact or medium vented systems. Midrange clarity and tonal balance is remarkable.

    F8 utilizes a newly developed matrix of Kevlar and paper fibers. As a result, the cone weighs less, is more rigid and has an improved dampening factor over conventional Kevlar materials.


    • The back of the cone is hand coated with a special dampening compound to further maximize performance stability and control of structural resonances. The driver utilizes a vented aluminum voice coil former and flat air transparent spider to avoid air compression and ensure maximum power handling.

    The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances.

    A shielded magnet structure allows the F8 to be easily incorporated into audio/video applications.

    F8 has a remarkably smooth frequency response (within +/- 1.7 dB tolerance in 70 - 3000 Hz range, measured in IEC baffle).


    Grafieken F8 - klik op de afbeelding voor een vergroting
    F8 Frequency Response F8 Impedance F8 Mechanical Drawing


    F10 high-end woofer

    bel voor scherpe prijs

    F10 High-end woofer - technical data
    Diameter x hoogte (mm)
    Nominal Impedance (Z)
    Resonance Frequency (Fs)
    Nominal Power Handling (Pnom)
    Max Power Handling(Pmax)
    Sensitivity (2.83v/1m)
    Weight (M)
    VC Diameter
    DC (Re)
    VC Length (H)
    VC Former
    VC Frame
    Magnet System
    Magnet Former
    286 x 112
    8 ohm
    30 Hz
    100 watt
    200 watt
    89 dB
    4.5 kg
    50 mm
    6.5 ohm
    22 mm
    SV 
    Kapton 
    Outside
    Ferrite 
    Force Factor (BL)
    Gap Height (He)
    Linear Excursion (Xmax)
    Suspension Compliance (Cms)
    Mechanical Q (Qms)
    Electrical Q (Qes)
    Total Q (Qts)
    Moving Mass (Mms)
    Effective Piston Area (Sd)
    Equivalent Air Volume (Vas)
    Cabinet Type
    Recommended Box Volume(Vb)
    Tuning Frequency(Fb)
    -3dB Cut-Off Frequency(F3)
    15.7 TM
    10 mm
    6.0 mm
    385.3 uM/N
    1.79 
    0.35 
    0.29
    70.3 g
    363 cm2
    72.1 L
    Vented 
    60 L
    31 Hz
    30 Hz


    F10 High-end woofer - features

  • Light and extremely rigid Kevlar/paper composite cone;
  • specially made high loss rubber surround;
  • high power handling aluminum former voice coil;
  • vented pole piece;
  • long-throw motor system with extended linear excursion;
  • high-density aluminum die-cast basket.
    An accurate and uncompressed reproduction of very low bass at realistic levels represents the ideology implemented in this driver. The design of F10 has been optimized for balanced and dynamic low bass performance in compact or medium size vented systems and subwoofers. F10 utilizes a newly developed matrix of Kevlar and paper fibers.

    • As a result, the cone weighs less, is more rigid and has an improved dampening factor over conventional Kevlar materials. It allows to keep distortion very low through wide frequency and power range.
    The driver has a vented pole piece to avoid air compression and ensure maximum power handling. Together with long-throw design this feature provides clean and articulated bass performance at high volumes.
    The massive aluminum die-cast basket has been developed to minimize parasitic structural resonances. The shielded magnet structure allows the F10 to be easily incorporated into audio/video applications. SPL graph represents the nearfield frequency response of the woofer in IEC baffle corrected for 1w/1m.

       Grafieken F10 - klik op de afbeelding voor een vergroting
    Frequency Response Impedance Mechanical Drawing

    REMO luidsprekerspecialist - hifi audiospecialist - home-cinema specialist - telefoon 070 38 68 440
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