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SUB19 SN 10 10" (25cm) Subwoofer
SKU:  SN-10

SN 10

SKU:  SN-10

Technical Highlights

  • Exceptional deep bass performance, 10" subwoofer, resonant frequency 25 Hz.
  • Impedance at Fs 56.55 Ω, high-power 3" voice coil, large excursion.
  • Cone area 323.7 cm², moving mass 309.5 g, deep-reaching bass.
  • More technical details
Normal price €379,00
Normal price €379,00 Selling price €379,00
5% discount with prepayment
inkl. VAT , possibly plus shipping
Delivery
May 16, - May 19,
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DD AudioSL710
DD Audio-SL710-10" (25cm) Subwoofer-masori-kaufen
Normal price €379,00
Normal price €379,00 Selling price €379,00

SN 10 by SUB19

The SN 10 from SUB19 is a 10-inch Subwoofer with a highly durable 3-inch coil and a massive magnet. The self-resonance frequency is around 25 Hz. The construction includes a large excursion as well as a specific suspension to generate deep bass in tuned enclosures. The moving mass is 309.5 g with an effective diaphragm area of 323.7 cm2. For operation, bass reflex enclosures with 32 liters of net volume or sealed enclosures with 18 liters of net volume are recommended. The model has a Qts factor of 0.280 and an equivalent volume of 18.87 liters.

Features
  • 10-inch (25 cm) Subwoofer
  • 3-inch (75 mm) highly durable voice coil
  • Massive magnet
  • Self-resonance frequency Fs: 25.4 Hz
  • Moving mass mms: 309.5 g
  • Effective diaphragm area Sd: 323.7 cm2
  • Equivalent volume Vas: 18.87 liters
  • Enclosure recommendation bass reflex: 32 liters net, 110 cm2 port area, 600 mm port length
  • Enclosure recommendation sealed: 18 liters net
Technical Data
  • DC resistance Re: 3.96 Ω
  • Impedance at Fs: 56.55 Ω
  • Mechanical quality factor Qms: 3.999
  • Electrical quality factor Qes: 0.301
  • Total quality factor Qts: 0.280
  • Resistance of the mechanical oscillating circuit Rms: 12.350 kg/s
  • Force factor Bl: 25.48 Tm
  • Compliance of the suspension Cms: 0.1269 mm/N
  • Inductance of the coil Le: 5.807 mH
  • Sensitivity: 81.96 dB SPL @ 1 W / 1 m

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Frequently Asked Questions about SN 10


What frequency does the SN 10 Subwoofer from SUB19 reach?

The SN 10 Subwoofer from SUB19 reaches a resonant frequency of about 25.4 Hz. This low frequency allows the subwoofer to reproduce impressive low tones that are characteristic of larger models. The massive magnet and the powerful 3-inch coil are crucial for this performance. Especially if you enjoy listening to music with deep frequencies, the SN 10 offers outstanding low-frequency performance. Integrating such a frequency into your sound system could significantly enhance the listening experience by delivering deep bass cleanly and clearly.

How does the diaphragm area of the SN 10 affect the sound?

The SN 10 from SUB19 has an effective diaphragm area of 323.7 cm². This large area allows for the movement of a greater volume of air, which efficiently and powerfully reproduces deep bass. The combination of the diaphragm area and the large excursion of the subwoofer ensures that the SN 10 delivers clean and precise bass even at high volumes. Especially when listening in an acoustically optimal room, you will notice that the sound quality is significantly enhanced by the diaphragm area, as more air movement provides a more balanced bass.

What role does the moving mass play in the SN 10 Subwoofer?

The moving mass of the SN 10 Subwoofer from SUB19 is 309.5 grams, which is crucial for its performance. This moving mass, combined with the large excursion and the not overly stiff suspension, allows for precise reproduction of low frequencies. The moving mass affects the inertia of the system, which is why slight modifications to the enclosure, such as adjusting to room resonance, can help optimize the sound result. For sound enthusiasts, it is therefore relevant to make optimal use of the characteristics of the moving mass to maximize the bass.

How do I properly install the SN 10 Subwoofer?

The correct installation of the SN 10 Subwoofer requires a suitable enclosure that is tuned to the Thiele-Small parameters. The Subwoofer should be mounted in a stable enclosure that considers the dimensions of the SN 10 with an outer diameter of 10 inches. The not too stiff suspension helps ensure that the Subwoofer vibrates correctly within the enclosure. For optimal positioning, placement and room acoustics should be considered to achieve maximum bass quality. Hydrodynamics and air circulation within the enclosure are also important to minimize distortion.

What technical specifications are crucial for sound quality?

For the sound quality of the SN 10 Subwoofer from SUB19, several technical specifications are crucial. The total Qts quality factor of 0.280, the self-resonance frequency of 25.4 Hz, and the Bl Rms force factor of 25.48 Tm are important parameters that influence the sound. The combination of these parameters, along with the moving mass of 309.5 grams and the effective diaphragm area of 323.7 cm², defines the Subwoofer's ability to produce precise low frequencies. These values are essential for tuning the transmission characteristics of the SN 10 to specific acoustic requirements.

How does the massive magnet affect the performance of the SN 10?

The massive magnet in the SN 10 Subwoofer from SUB19 is a central element that significantly influences low-frequency performance. It provides strong magnetic field control in conjunction with the 3-inch coil, enabling controlled movement of the diaphragm. This, in turn, leads to clear and powerful bass reproduction, even at high volumes. The magnet provides the necessary stability and ensures that the Subwoofer efficiently converts the electrical energy supplied to it into acoustic energy. Especially in demanding bass passages, the magnet is crucial.

Which Thiele-Small parameters are important for enclosure tuning?

For optimizing the enclosure during the installation of the SN 10 Subwoofer from SUB19, the Thiele-Small parameters are essential. The mechanical quality factor Qms of 3.999 and the electrical quality factor Qes of 0.301 determine the electrical and mechanical damping of the system. The equivalent volume Vas of 18.87 liters constrains the enclosure size, while the resistance of the mechanical oscillating circuit Rms of 12.350 kg/s ensures stable oscillation. These parameters should always be considered in enclosure design to achieve optimal performance.

Is the SN 10 Subwoofer compatible with all car models?

The compatibility of the SN 10 Subwoofer from SUB19 with various car models depends on the available space and the enclosure tuning. With a diameter of 10 inches, the available space in the vehicle must be sufficiently large, and the enclosure must be appropriately sized. The Subwoofer performs best in a properly tuned enclosure that needs to be integrated into the respective car. The not overly stiff suspension and the special dimensions of the SN 10 are ideal for installation in larger vehicles with corresponding dimensions. A precise assessment of the available space is essential.

What impact does the total Qts quality factor have on sound?

The total Qts quality factor of the SN 10 Subwoofer is 0.280 and plays a crucial role in the sound characteristics. A low Qts value like this indicates stronger bass reproduction in enclosures with a closed design, which provide tighter bass control. If the Qts value were too high, the bass reproduction in such enclosures would become less precise. Therefore, a precise calculation and tuning of the enclosure volume is necessary for the SN 10 to achieve the best sound results. The value also affects the behavior in vented or bass-reflex-like enclosures.

How does the inductance of the coil play a role in the SN 10?

The inductance of the coil in the SN 10 Subwoofer is 5.807 mH, which influences high-frequency reproduction. Higher inductance can reduce the Subwoofer's response speed to sudden high-frequency impulses. This means that the SN 10 works well, especially at low frequencies with long wavelengths, without the highs being affected by technical limitations. The coil inductance plays a crucial role in the on and off swing behavior of the Subwoofer, ensuring dynamic and responsive bass reproduction in various acoustic conditions.

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