2060

Overview

The Visaton 2060 is a 5-inch (13 cm) full-range speaker driver featuring an inverted surround design and a cone displacement structure. It operates with a nominal impedance of 4 Ohms and delivers a rated RMS power handling of 15 Watts, with a maximum power capacity of 40 Watts. The frequency response spans from 70 Hz to 18,000 Hz, providing balanced audio reproduction across the audible spectrum.

Feature Summary

• Inverted surround construction for enhanced excursion control
• Compact slim profile optimized for space-constrained enclosures
• Full-range capability covering bass to treble frequencies

Applications

• General purpose audio reproduction systems
• Compact speaker designs where space is limited
• DIY audio projects requiring full-range drivers

Procurement Notes

Verify the specific series designation, such as FR 12, when sourcing this component to ensure compatibility with intended acoustic requirements. Confirm physical dimensions, particularly the diameter of approximately 146 mm and mounting depth, against enclosure specifications. Check supplier documentation for accurate power ratings and impedance curves relevant to the specific batch or revision.

Selection Notes

Select this driver for applications prioritizing compact form factors without sacrificing mid-range clarity. The inverted surround design aids in linear excursion, making it suitable for general-purpose use. Ensure the amplifier can handle the 4-Ohm load and that the enclosure volume supports the low-frequency extension down to 70 Hz.

Part Context

This model belongs to Visaton's range of miniature and general-purpose loudspeakers. It is designed for scenarios where acoustic signal reproduction is required in tight spaces. The product line emphasizes efficient performance within small chassis constraints, catering to both professional and hobbyist audio engineering needs.

Replacement Considerations

When replacing, match the 4-Ohm impedance and 15W RMS power rating. Verify the 5-inch diameter and mounting hole pattern to fit existing baffle cuts. Consider the frequency response similarity to maintain tonal balance in the original system design.