Diamond Audio HEX Series 12" Dual Voice Coil Subwoofer (2Ω) - H122
The HEX Series subwoofers from Diamond Audio incorporate some of the most advanced features and technologies found in our HEX PRO series, offering exceptional performance and reliability. Artfully designed with a cast aluminum frame basket, a unique solid core aluminum radial heat sink, and 3” high-temperature voice coils wound on a treated high-strength aluminum former, the HEX Series boasts thermal dissipation capabilities that far surpass the competition.
Featuring an exotic fiber weave cone supported by a specially treated paper cone backing, the HEX Series subwoofers deliver fast, musical bass reproduction. These high-output subwoofers offer world-class sound and performance, designed to provide years of listening pleasure.
Experience the superior sound quality and performance of HEX Series subwoofers. Upgrade your audio system with these meticulously engineered subwoofers and enjoy unparalleled bass and longevity.
What Our Experts Think
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Powerful Bass Output: Dual voice coil design delivers deep, punchy bass for car audio enthusiasts.
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12" Subwoofer: Provides strong low-end response and enhanced overall sound quality.
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Durable Construction: High-quality materials ensure long-lasting performance under heavy use.
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Flexible Wiring Options: Dual 2Ω coils allow series or parallel wiring for various setups.
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Professional Audio Performance: Ideal for both casual listeners and audiophiles seeking rich sound.
Q&A
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Q: What is the impedance?
A: 2Ω dual voice coil for flexible wiring options.
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Q: Is it suitable for high-power systems?
A: Yes, designed to handle high RMS power for strong, distortion-free bass.
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Q: Can it fit standard 12" enclosures?
A: Yes, compatible with most 12" subwoofer boxes.
Maintenance Tips
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Avoid Overpowering: Match RMS power with amplifier to prevent damage.
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Keep Clean: Wipe dust and debris from cone and surround.
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Check Wiring: Inspect connections regularly to maintain optimal sound.
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Proper Storage: Keep in dry, temperature-controlled environment when not in use.
