AD-12X604MG

1200 W
Continuous Max. Power
100 mm / 4″
CCAW Voice Coil
97 ± 2dB
Sensitivity
45Hz ~ 4500Hz
Response
Nominal Diameter

12” / 312 mm

Nominal Imp. / DC Resis.

8 Ω / 5.6 Ω

Nominal Power RMS

600 W

Magnet Size / Grade

220*110*20 / Y35

Basket

Aluminium

Net Weight

9.4 Kg.

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    Description

    AD-12X604MG – 12-Inch High-Power Woofer

    The AD-12X604MG – 12-Inch High-Power Woofer built for audio professionals who demand powerful bass, high output, and long-lasting reliability. With advanced component engineering and robust construction, this woofer is ideal for subwoofer setups, PA systems, bass cabinets, and other high-performance sound reinforcement applications.

    https://www.thejwcompany.com/At its core is a massive 4″ (100mm) CCAW voice coil, which offers superior heat dissipation and excellent power handling. This larger coil provides enhanced efficiency and better control over cone movement, allowing for powerful bass output with precise clarity.

    The woofer offers a wide frequency response of 45Hz to 4500Hz, delivering deep, punchy bass and clean low-mid tones. It ensures accurate and balanced sound for various audio applications. Whether used in a full-range speaker cabinet or as a dedicated low-frequency driver, the AD-12X604MG consistently delivers rich, dynamic audio output.

    The AD-12X604MG delivers loud and clean audio with high efficiency, thanks to its sensitivity rating of 97 ± 2dB. It requires less amplifier power to produce high output, making it ideal for energy-conscious setups. in addition Y35-grade ferrite magnet (220×110×20) creates a strong and stable magnetic field.

    This makes it suitable for continuous, high-power operation in both fixed and mobile sound systems. The durable frame minimizes resonance and vibrations, contributing to clean audio output across various volumes and frequencies.

    The AD-12X604MG all in weaight weighs 9.4 kg, offering a strong and rugged build. It combines high power handling with durability, making it ideal for professional audio environments.

    FAQ Section

    1. Why is a massive 4-inch (100mm) voice coil diameter significant for a 12-inch woofer?

    In 12-inch professional drivers, a 3-inch coil is typical, making a 4-inch (100mm) voice coil an exceptionally heavy-duty upgrade. A larger diameter coil multiplies the physical surface area available to dissipate heat, drastically improving thermal power handling. This structural design ensures the speaker can sustain a continuous 600W RMS load without experiencing rapid heat buildup.

    2. What acoustic advantages does CCAW winding material bring to a high-power 4-inch motor?

    While a 4-inch voice coil provides unmatched thermal handling, its increased physical size normally adds substantial weight, which can dull midrange clarity and slow down response times. By utilizing CCAW (Copper-Clad Aluminum Wire), the driver combines the excellent electrical conductivity of copper with the lightweight agility of aluminum.

    3. How does the wide 45Hz to 4500Hz frequency response benefit system integration?

    A frequency bandwidth spanning 45Hz to 4500Hz makes this 12-inch driver incredibly adaptable. It extends low enough into the lower registers to deliver clean, physical mid-bass punch and handle sub-bass transitions smoothly. Simultaneously, it climbs high enough into the midrange to pass the audio off seamlessly to high-frequency compression horns.

    4. What are the operational benefits of the oversized 220x110x20 mm Y35 ferrite magnet structure?

    The Y35-grade ceramic ferrite magnet used in this motor is exceptionally wide (220mm outer diameter), creating a highly saturated and uniform magnetic flux field within the voice coil gap. This colossal magnetic force exerts absolute control over the moving assembly.

    5. What are the best active crossover and DSP filtering practices for a 600W RMS mid-bass unit?

    To maintain high vocal definition and protect the driver’s suspension from mechanical damage under load, precise DSP configuration is essential. For typical top or mid-top configurations, program a High-Pass Filter (HPF) between 50Hz and 65Hz using a sharp 24dB/octave Linkwitz-Riley slope to filter out non-reproducible sub-bass frequencies that cause mechanical over-excursion.

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