SLS-P830668

Overview

The Peerless SLS-P830668 is a 10-inch subwoofer driver featuring an 8-ohm nominal impedance and a frequency range of 30 Hz to 2 kHz. It utilizes a coated paper cone with a rubber surround, mounted in a pressed steel basket. The motor assembly includes a ferrite magnet and an aluminum shorting ring. Key electrical parameters include a resonant frequency (Fs) of approximately 32.4 Hz to 35 Hz and a sensitivity of 88.8 dB at 1 meter/2.83V.

Feature Summary

• Coated paper cone construction for balanced acoustic output
• Aluminum shorting ring integrated into the motor structure
• Rigid stamped steel chassis providing structural stability
• Ferrite magnet system designed for efficient power handling

Applications

• Low-frequency reproduction in home audio systems
• Custom subwoofer enclosure designs
• Professional audio monitoring applications requiring deep bass extension

Procurement Notes

Verify the specific ordering suffix against official Tymphany documentation to confirm impedance and component configuration. Ensure compatibility with intended enclosure volume and tuning frequencies before finalizing procurement. Cross-reference datasheet revisions to confirm current manufacturing specifications.

Selection Notes

Select this model when a 10-inch footprint is required with an 8-ohm load. Consider the coated paper cone characteristics for specific tonal qualities. Evaluate Thiele-Small parameters against target enclosure volumes to ensure optimal performance alignment.

Part Context

This unit belongs to the Peerless SLS series, which emphasizes high-quality performance within an accessible design framework. The series typically combines durable materials like steel baskets with specialized cone treatments to deliver reliable low-frequency response across various audio applications.

Replacement Considerations

Consult official Tymphany substitution guides for direct equivalents. Verify that any alternative maintains similar Thiele-Small parameters and physical dimensions to ensure fitment and acoustic consistency without redesigning the enclosure.