FSL-1520R02-08

Speakers Overview

The Peerless by Tymphany FSL-1520R02-08 is a 15-inch woofer with an impedance of 7.22 Ohms and a power handling capacity of 200 Watts. It operates within a frequency range of 40 Hz to 400 Hz, featuring a top port configuration and a round shape. The driver utilizes ferrite magnet technology and is designed for professional audio applications requiring robust low-frequency reproduction.

Speakers Feature Summary

• High-power handling capability suitable for demanding audio environments
• Optimized magnetic motor structure for efficient performance
• Durable construction with high-temperature voice coil components

Speakers Applications

• Stage monitor systems
• Professional sound reinforcement speakers
• Low-frequency reproduction in public address setups

Speakers Procurement Notes

Verify the exact part number suffix against official manufacturer documentation to ensure correct impedance and power ratings. Confirm availability status as product lines may undergo discontinuation or revision. Cross-reference technical specifications with current datasheets prior to integration into final designs.

Speakers Selection Notes

Select this component for applications requiring high output and durability in professional audio contexts. Evaluate compatibility with enclosure designs that accommodate the specific frequency response characteristics. Ensure amplifier matching aligns with the 7.22 Ohm impedance and 200 Watt power handling limits for optimal system performance.

Speakers Part Context

This model belongs to the FSL series from Peerless by Tymphany, a brand under Tymphany Holdings Corp. The company specializes in transducers and audio components for consumer, professional, and automotive markets. The FSL series is engineered for cost-effective yet high-performance solutions in sound reinforcement.

Speakers Replacement Considerations

Consult official substitution guides for equivalent drivers within the FSL series or compatible alternatives from Peerless by Tymphany. Verify dimensional and electrical parameter alignment before replacing existing units in established designs.