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Cerwin Vega VMAXS104 10" (25cm) Subwoofer
SKU:  VMAXS104

VMAXS104

SKU:  VMAXS104

Technical Highlights

  • Dual 4Ω subwoofer, 300W RMS, 600W peak, impedance 4Ω.
  • Cast aluminum frame, pulp cone, cooling slots.
  • Klippel DA-optimized engine, suspension symmetry.
  • More technical details
Normal price €199,00
Normal price €199,00 Selling price €199,00
5% discount with credit card
inkl. VAT , possibly plus shipping
Delivery
Jun 9, - Jun 14,
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Normal price €199,00
Normal price €199,00 Selling price €199,00

VMAXS104 by Cerwin Vega

The Cerwin Vega VMAXS104 is a 10-inch Subwoofer with a nominal power handling of 300 Watts RMS and a peak power handling of 600 Watts. This model from the VMAX series features a dual 4 Ohm configuration and a treated, semi-pressed cellulose cone. A heavy-duty aluminum die-cast frame in industrial quality forms the basis for the construction. Technical features include a 64 mm high-temperature voice coil and a Klippel DA-optimized motor with suspension symmetry. An increased motor structure in a cooling design, along with additional cooling vents, aids in heat dissipation. The enclosure is designed for sealed applications or operation with a Bass Reflex Port.

Features
  • 10-inch (25 cm) Subwoofer
  • Power: 300 Watts RMS
  • Power: 600 Watts peak
  • Dual 4 Ohm impedance
  • Treated, semi-pressed cellulose cone
  • Heavy-duty aluminum die-cast frame in industrial quality
  • 64 mm high-temperature voice coil
  • Increased motor structure, cooling design
  • Additional cooling vents for the voice coil
  • Oversized centering spider
  • Copper short-circuit ring
  • Polished, black chrome terminals
  • Klippel DA-optimized motor and suspension symmetry
Technical Specifications
  • Resonance frequency (Fs): 37.5 Hz
  • Sensitivity: 83.8 dB
  • Xmax: 7 mm
  • Mounting depth: 79 mm
  • Cutout diameter: 241 mm
  • CTA-2031 compliant: No

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Cerwin Vega VMAXS104 Datasheet

Frequently Asked Questions about VMAXS104


What is the power handling of the Cerwin Vega VMAXS104 Subwoofer?

The Cerwin Vega VMAXS104 Subwoofer has a power handling of 600 watts peak and 300 watts RMS. This capability allows for clear reproduction of deep bass frequencies and is suitable for demanding applications. The treated paper cone contributes to its robustness, while the heavy aluminum die-cast frame ensures structural integrity. This combination significantly optimizes bass performance. For optimal sound quality in your audio setup, careful matching of amplifier power to these specifications is crucial. You should also ensure that the subwoofer is not constantly operated at peak load to maintain long-term performance.

How is the VMAXS104 Cerwin Vega Subwoofer constructed?

The 10-inch subwoofer from Cerwin Vega, model VMAXS104, features a semi-pressed paper cone, which provides high stability. The heavy aluminum die-cast frame not only supports stability but also heat management. It has a 64 mm high-temperature voice coil and additional cooling vents for improved heat dissipation, reducing heat buildup at high power. The integration of a copper shorting ring optimizes performance by reducing inductance. Together, these construction elements offer a high level of reliability and sound fidelity for your audio setup.

What technical features does the VMAXS104 Subwoofer have?

The Cerwin Vega VMAXS104 has various technical features: The subwoofer has a sensitivity of 83.8 dB and a resonance frequency of 37.5 Hz, giving deep bass a clear presence. The dual 4-ohm VMAX Series design allows for flexible wiring options. The coherently designed cooling system and Klippel DA optimization for motor and suspension symmetry ensure performance even at demanding volumes. With a mounting depth of 79 mm, the VMAXS104 can be integrated into various sound systems. The outer diameters are optimized for a cutout diameter of 241 mm to ensure easy installation.

What is the mounting depth of the VMAXS104 Subwoofer from Cerwin Vega?

The Cerwin Vega VMAXS104 Subwoofer has a mounting depth of 79 mm, making it ideal for compact installation environments. The design takes space-saving into account without compromising performance. The cutout diameter is 241 mm, which requires custom adjustments when installing in enclosures or vehicles. This configuration is particularly advantageous for vehicles with limited space. These specifications help the Subwoofer deliver its full performance even in restricted environments. Ensure that the enclosure or installation space supports these dimensions to achieve optimal sound results.

How does the resonance frequency affect the performance of the VMAXS104?

The VMAXS104 from Cerwin Vega has a resonance frequency of 37.5 Hz. This frequency plays a crucial role in the characteristics of bass reproduction. A low resonance frequency indicates that the Subwoofer is capable of reproducing deep frequencies with high precision, resulting in fuller and richer bass. Often, a lower resonance frequency is sought in bass applications to achieve a wider range of audible bass. This frequency characteristic, combined with appropriate amplifier tuning, can significantly enhance the sound quality in your audio system.

How can the VMAXS104 be optimally installed in a car?

When installing the Cerwin Vega VMAXS104 in a car, ensure that there is enough space for the 79 mm mounting depth. The cutout diameter of 241 mm should be considered to ensure an optimal fit. Opt for a sealed enclosure with an appropriate volume to maximize bass pressure and sound quality. The Subwoofer is suitable for vehicles with appropriate installation dimensions and can be integrated into many common models. A robust mounting facilitates stability and minimizes vibrations. Also, ensure that the environment is adequately ventilated to increase efficiency.

What does the Klippel DA optimization mean for the Cerwin Vega VMAXS104?

The Klippel DA optimization refers to a technology for improving the linearized motor and suspension symmetry. In the Cerwin Vega VMAXS104, this optimization ensures that nonlinear distortions are reduced and sound quality is maintained even at higher volumes. This technology also helps extend the lifespan of the speaker by distributing mechanical stresses more evenly. By reducing audiophile irregularities, harmonic distortions are minimized, resulting in a clearer and more precise sound image. This is particularly advantageous for a Subwoofer that is heavily loaded.

How does the cooling system of the VMAXS104 work in detail?

The Cerwin Vega VMAXS104 employs a well-thought-out cooling system to efficiently dissipate heat. The Subwoofer features additional cooling vents that promote air circulation around the 64 mm high-temperature voice coil. The voice coil itself is designed for high temperatures and minimizes power loss due to overheating. The heavy aluminum die-cast frame also aids in heat dissipation due to its high thermal conductivity. Together with a copper short-circuit ring that further reduces heat generation, this system is ideal for extended use at high volumes without the risk of overheating. These measures contribute to reliability and efficiency.

What role does the voice coil play in the Cerwin Vega VMAXS104 Subwoofer?

The voice coil in the Cerwin Vega VMAXS104 is a critical component responsible for sound reproduction. With a diameter of 64 mm, it has a high temperature resistance specifically tailored to the demands of a powerful Subwoofer. The high load capacity of the voice coil allows the VMAXS104 to operate distortion-free even under heavy stress. The design contributes to precise control of the diaphragm movement and, in conjunction with the treated pulp cone, offers excellent bass reproduction. The additional heat dissipation through the voice coil ventilation ensures sustainable performance.

What materials are used in the construction of the Cerwin Vega VMAXS104?

The VMAXS104 Subwoofer from Cerwin Vega utilizes numerous high-quality materials for its construction. The cone is made from treated, semi-pressed pulp, which provides robustness and lightness. The heavy-duty industrial-grade aluminum die-cast frame offers durability and contributes to optimal heat distribution. Additionally, oversized, polished, black chrome-plated terminals are used to ensure reliable signal transmission. The integrated copper short-circuit ring optimizes electrical performance. Overall, the selection of these materials ensures excellent sound quality as well as long-lasting reliability of the speaker.

Manufacturer information / responsible person

Elofssons Försäljnings AB
Björn Elofsson
Gruvgatan 31A
421 30 Västra Frölunda / Gothenburg
Sweden

Contact: support@dbakuten.se

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