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Morel

SCW 636

6.5" (16.5cm) midrange driver

488,95€
488,95€ 488,95€
incl. VAT , possibly plus shipping

Stock options

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Highlights

  • Power max 1000W, impedance 6 Ohm, frequency response 30-5000 Hz.
  • 3" Hexatech™ aluminum voice coil, improved sound.
  • Uniflow™ aluminum chassis for precise, powerful sound.
Seen more cheaply Personal Offer
brand: Morel
Delivery time:
Available for delivery, with you in 1-4 days
Number:
Piece
Watt RMS:
150
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488,95€
488,95€ 488,95€

The SCW 636 from Morel is a 6.5" (16.5cm) midbass driver that stands out for its top-notch construction and performance. With a sandwich membrane made of carbon fiber/Rohacell/carbon fiber composite, it offers high durability and improved sound quality. The 3" Hexatech™ aluminum voice coil and the copper-coated pole piece reduce inductance for optimal performance. The midbass driver features a Hybrid™ neodymium/ferrite magnet and a Uniflow™ aluminum die-cast chassis, which together ensure precise and powerful sound. With an impedance of 6 ohms and a frequency response of 30 to 5,000 Hz, the SCW 636 is versatile and ideal for demanding sound systems.

HighLights

  • Sandwich membrane made of carbon fiber/Rohacell/carbon fiber composite material
  • 3" Hexatech™ Aluminum Vibrating Coil
  • Copper cladding of the pole cap reduces the inductance.
  • Hybrid™ Neodymium/Ferrite Magnet
  • Uniflow™ Aluminium Die-Cast Chassis
  • High load capacity

properties

  • 6.5" (16.5cm) midrange driver
  • Subwoofer type midwoofer
  • Nominal diameter 152.4 mm
  • Load capacity (QMW) 150 Watts
  • Load capacity (max) 1,000 Watts
  • Impedance (Z) 6 ohms
  • Sensitivity (SPL at 1m / 2.83V) 87 dB
  • Frequency response 30 to 5,000 Hz
  • Swing coil diameter 76.2 mm
  • Direct current resistance (Re) 4.5 ohms
  • Swinging coil induction (Le) 0.29 mH
  • Resonance frequency (Fs) 40 Hz
  • Mechanical Quality (Qms) 1.76
  • Electrical quality (Qes) 0.35
  • Total quality (Qts) 0.29
  • Moving mass (Mms) 16g
  • Suspension compliance (Cms) 0.97 mm/N
  • Membrane area (Sd) 119 cm²
  • Power factor (BL) 7.2 Tm
  • Equivalent volume (Vas) 18.40 L
  • Maximum deflection (Xmax) 5 mm
  • Cone / Diaphragm Material Carbon Fiber Composite
  • Sicke-Material Rubber
  • Aluminum winding wire material
  • Swaging coil form material aluminum
  • Basket / Frame Material Cast Aluminum
  • Neodymium Magnet Material
  • Outer diameter 160.02 mm
  • Total depth 69.08 mm
  • Cutout diameter 140 mm
  • Mounting holes 6
  • Diameter of mounting hole 4.2 mm
  • Closed volume 2.26 L
  • Closed F3 118 Hz
  • Bass reflex Volume 5.09 L
  • Bass reflex F3 75 Hz
The sandwich membrane made of carbon fiber/Rohacell/carbon fiber of the SCW 636 from Morel is crucial for the acoustic performance of this 16.5 cm mid-bass driver. This combination of materials ensures increased stiffness while maintaining low weight, thereby reducing distortion and improving sound quality. The membrane guarantees high load capacity, allowing it to operate with a maximum power of up to 1,000 watts. This is particularly advantageous at high volumes, as the membrane can also reproduce powerful sound signals cleanly and precisely. The improved sound quality results from the ability of the sandwich construction to effectively dampen resonances, thus producing a clearer sound.
The 3" Hexatech™ aluminum voice coil of the SCW 636 plays a crucial role in sound reproduction by efficiently converting electrical signals into mechanical energy. The aluminum construction is lightweight and strong, leading to faster response times and minimizing high-frequency distortion. Aluminum offers the advantage of remaining stable at high temperatures, thus improving long-term durability. Additionally, the coil is wrapped in copper, which lowers the inductance and achieves a linear frequency response across the entire operating range, starting from 30 Hz up to 5,000 Hz. This enhances the clarity and precision, benefiting especially music lovers.
The Hybrid™ neodymium/ferrite magnet of the SCW 636 significantly enhances the performance and efficiency of the speaker system. Neodymium, known for its high magnetic strength, works together with ferrite to create a strong magnetic field without unnecessarily burdening the speaker. This magnetic structure allows the SCW 636 to achieve an outstanding sensitivity of 87 dB at 1 m / 2.83V. As a result, excellent volume can be achieved even with low power amplification, leaving the musical dynamics intact. Furthermore, this type of magnet contributes to vibration control, improving audio quality through more precise and clean sounds, especially in demanding sound systems.
The Uniflow™ aluminum die-cast chassis of the SCW 636 offers several technical advantages that enhance the sound quality and overall integrity of the speaker. Aluminum is known for its combination of lightness and robustness, providing a stable base for the precise movement of the diaphragm. This stability minimizes mechanical vibrations and resonances that could impair sound performance. Furthermore, the chassis design contributes to heat dissipation, increasing thermal capacity and protecting the speaker from overheating. This design ensures that the speaker operates consistently and reliably in high-performance environments, delivering clear and powerful sound across the entire frequency range.
The Thiele Small parameters of the SCW 636 include important figures that describe the behavior and performance of the speaker. The resonance frequency (Fs) is 40 Hz, indicating low-frequency capability. The total quality factor (Qts) is 0.29, the mechanical quality factor (Qms) is 1.76, and the electrical quality factor (Qes) is 0.35. These parameters provide insight into the behavior of the speaker in various enclosures and angles. Additionally, the moving mass (Mms) is 16g and the force factor (BL) is 7.2 Tm. These values signal 'punch' and efficiency in the frequency range, ensuring a powerful and responsive sound.
The installation of the SCW 636 from Morel requires a close look at the dimensions to ensure compatibility with your vehicle. The outer diameter is 160.02 mm, while the cutout diameter measures 140 mm. With an overall depth of 69.08 mm, the speaker fits into many common mounting situations, but still requires enough space to avoid obstructing mechanical parts. Note that correct positioning is crucial for optimal sound distribution within the vehicle interior. Use the six mounting holes with a diameter of 4.2 mm for a stable installation and regularly check the connections to minimize vibrations.
The SCW 636 is designed to cover a wide frequency range from 30 to 5,000 Hz. This means that the speaker reproduces both deep bass tones and mid-range frequencies accurately, making it excellent for a variety of music genres. In particular, deep resonance frequencies can be reproduced with a minimal Fs of 40 Hz, which means that even sub-bass-heavy tracks are audible with clarity and depth. In the mid-frequency spectrum, the speaker ensures precise reproduction of voices and instruments, which is especially appreciated by music lovers who pay attention to sonic details.
In the SCW 636, the inductance is effectively reduced by the copper coating of the pole cap. The unique design minimizes eddy current losses and ensures that fewer distortions occur when the speaker reproduces high frequencies. With a measured voice coil inductance (Le) of 0.29 mH, this construction allows for a smoother and more linear frequency response. This is particularly important when the speaker is operated with demanding audio sources, as it improves tonal precision and ensures that all nuances of the music are reproduced clearly and without distortion. This innovation contributes to the overall extremely harmonious sound spectrum.
The SCW 636 from Morel offers exceptional load capacity, making it attractive for versatile audio applications. The continuous power handling (QMW) is 150 watts, while the peak power handling reaches an impressive 1,000 watts. These specifications make the SCW 636 ideally suited for power-intensive systems and demanding soundscapes where high volumes are required. The high load capacity is supported by the ingenious choice of materials, such as the Hybrid™ neodymium/ferrite magnet system and the sandwich membrane. This allows for constant performance without sound degradation and ensures that the speaker performs consistently even under extreme operating conditions, without overheating or sound distortion.
The voice coil of the SCW 636 from Morel is made entirely of aluminum. This material is ideally suited to ensure uniform and efficient magnetic force conduction, thereby increasing electromagnetic performance. Aluminum offers excellent thermal conductivity, which enhances the thermal resistance of the speaker system at high operating powers. Furthermore, the low weight of aluminum is significant as it reduces inertia and can respond to signals more quickly. This leads to precise reproduction of audio signals and improves overall sound quality through sensitive dynamics and reduced distortions. The choice of material aligns with the overall philosophy of the SCW 636 to deliver optimal sound fidelity.

Audio System Germany
Axel Förderer
Falltorstraße 6
76707 Hambrücken
Germany

Contact: info@audio-system.de

Product Specifications

Manufacturer

Morel

Product type

6.5" (16.5cm) midrange driver

Features

  • Highlights

    • Power max 1000W, impedance 6 Ohm, frequency response 30-5000 Hz.
    • 3" Hexatech™ aluminum voice coil, improved sound.
    • Uniflow™ aluminum chassis for precise, powerful sound.

  • Uvp

    489.95

weight

1.2 kg

Technical data

Watt RMS Load Capacity

150

configurators

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Your advantages with Masori

Buy Morel SCW 636: More sound quality through innovative technology and Masori lowest price guarantee

The Morel SCW 636, a 6.5 (16.5cm) woofer, offers superior sound quality thanks to its innovative sandwich cone made of carbon fiber/Rohacell/carbon fiber composite material. With a maximum power handling of up to 1,000 watts and an impedance of 6 ohms, this speaker is versatile. The 3 Hexatech™ aluminum voice coil and the copper-clad pole cap reduce inductance, which improves performance, especially at high volumes. Thanks to the Masori Lowest Price Guarantee, you can be sure that you'll always find this premium product at the best price at Masori. Furthermore, the wide frequency range from 30 to 5,000 Hz enables outstanding sound quality in your car.

The high-performance sandwich membrane: carbon fiber/Rohacell for incomparable sound

The SCW 636's sandwich cone, made of carbon fiber/Rohacell/carbon fiber composite, offers high rigidity while maintaining low weight. This construction ensures improved sound damping and prevents unwanted sound distortion. Carbon fiber offers the ideal balance between strength and lightweight construction, which translates into superior impulse response. A lighter cone weight would compromise stability, while a heavier material could impair responsiveness. This composition thus enables excellent sound fidelity with minimal energy loss.

Powerful Hexatech™ aluminum voice coil: Maximum precision at high loads

A 3 Hexatech™ aluminum voice coil enhances the control and precision of the SCW 636. The aluminum material ensures high temperature resistance and improved thermal conductivity, keeping operation stable even at high power consumption. This voice coil enables higher power handling and improved longevity while minimizing distortion. A voice coil made of a less conductive material would negatively impact performance during intensive use. Aluminum avoids this effect and ensures consistently high sound quality.

Optimized inductance through copper-clad pole cap

The copper-clad pole cap significantly reduces the speaker's inductance. This design choice positively influences impedance losses and enables more efficient power distribution. Lower inductance also ensures better sound detail, especially at high frequencies. An inductance of 0.29 mH is optimal for use in demanding audio applications. Too high an inductance could impair high-frequency resonances. The pole cap thus ensures precise sound reproduction.

Hybrid™ neodymium/ferrite magnet delivers precise sound

The SCW 636's neodymium/ferrite magnet combines two powerful magnet technologies to maintain both pitch and bass precision. Neodymium is known for its excellent magnetic field, enabling high performance at low volumes, while ferrite provides stability at varying operating temperatures. This hybrid combination delivers impressive sound reproduction. A neodymium magnet alone might not be as tolerant of high temperatures, while ferrite alone is more limited, especially in the low frequency range. Together, they provide the optimal solution for flexibility and power.

Uniflow™ die-cast aluminum chassis: Robustness meets elegant design

The SCW 636's Uniflow™ die-cast aluminum chassis provides exceptional rigidity and minimizes resonance, ensuring clear, unadulterated sound. Aluminum as a material protects against vibration while adding lightness and strength to the chassis. A less rigid chassis could create unwanted resonances that distort the sound. The intelligent design allows the speaker to handle high power handling up to 1,000 watts without compromising sound quality.

Frequency response from 30 to 5,000 Hz: Versatility in any sound system

The woofer's wide frequency response covers both deep bass and midrange frequencies, making it ideal for a variety of music genres and applications. A lower lower frequency would limit bass reproduction, while an excessively high upper limit could impair midrange quality. This frequency range delivers both powerful low frequencies and optimal midrange, blending seamlessly with tweeters in a well-tuned sound system.

Impedance of 6 ohms for versatile compatibility

The 6-ohm impedance of the SCW 636 allows the speaker to be used with both stock and enhanced audio systems. This impedance offers a good compromise between performance and energy efficiency. A lower impedance might require higher current draw, but it comes at the expense of power handling and efficiency. This makes 6 ohms ideal for use in vehicles with various amplifier options and compatible power requirements.

Technical refinement: voice coil induction and resonance frequency

The voice coil inductance of 0.29 mH and a resonance frequency of 40 Hz optimize the dynamic response. The inductance ensures a flat frequency response, while the moderate resonance frequency delivers crisp bass. Higher inductance could reduce detail by increasing the rise times for high-frequency reproduction. However, for versatile audio configurations, this provides excellent basic conditions that guarantee the added value of precise sound reproduction.

On-site installation and expert support for the SCW 636

Want to optimally integrate the SCW 636 into your vehicle? Masori.de offers on-site installation in Frankfurt (Oder) . Our expert support team will also be happy to answer any technical questions you may have. Discover more about optimized audio experiences in our audio blog .