Single sub BS 18

Design and Construction:

• The BS 18 single subwoofer would be designed to deliver powerful and accurate low-frequency sound reproduction, specifically for handling bass frequencies with precision and depth.
• The enclosure would likely be constructed using sturdy materials to minimize vibrations and resonances, ensuring clean and distortion-free bass response.

Driver Size:

• The “18” in the model name suggests that the subwoofer might have an 18-inch driver. Larger drivers generally move more air, allowing for deeper and more impactful bass.

Power Handling:

• The subwoofer’s power handling capabilities would depend on its build and design. It should be capable of handling a substantial amount of power to produce robust bass output.

Frequency Response:

• The subwoofer’s frequency response would likely be optimized for reproducing low frequencies, typically ranging from around 20Hz to 200Hz or higher.

Amplification:

• Depending on the design, the subwoofer might be a passive type, requiring an external amplifier to power it, or it could be an active subwoofer with a built-in amplifier.

Connectivity Options:

• The BS 18 subwoofer would offer various connectivity options, such as XLR, 1/4-inch, and RCA inputs, allowing it to be easily integrated into different audio systems.

Enclosure Type:

• The enclosure type could vary, with options such as bass reflex (ported) or sealed (acoustic suspension) designs. Each type has its advantages in terms of bass response and efficiency.

Application:

• The BS 18 single subwoofer would be suitable for professional audio applications, such as concerts, live events, clubs, theaters, and any setting where powerful and accurate bass reinforcement is required.

Crossover and Phase Controls:

• It may have adjustable crossover and phase controls to fine-tune the subwoofer’s integration with the main speakers and ensure a seamless transition between the low and mid/high-frequency ranges.

Built-in Protections:

• The subwoofer might include built-in protections, such as overload protection and thermal protection, to safeguard the speaker from damage due to excessive power or overheating.