2092

Overview

The Visaton 2092 is a dynamic loudspeaker transducer designed for audio reproduction applications. It features an 85.5 mm diameter driver with a total height of 37 mm. The unit operates with a nominal impedance of 4 Ohms and supports a continuous power handling capacity of 20 Watts. Its frequency response range extends from 350 Hz to 5800 Hz, indicating suitability for mid-range or specific band-pass roles within speaker systems.

Feature Summary

• Rectangular frame construction supporting an 85.5 mm effective diameter diaphragm
• Optimized frequency response between 350 Hz and 5800 Hz for targeted audio bands
• Robust mechanical design accommodating 20W continuous power input

Applications

• Mid-range driver integration in multi-way speaker enclosures
• Custom audio equipment requiring specific frequency band reproduction
• Industrial audio signal transmission units

Procurement Notes

Verify the exact physical dimensions and mounting hole patterns against your enclosure design before ordering. Confirm that the 4-ohm impedance aligns with your amplifier output requirements. Ensure the 20-watt power rating exceeds the maximum expected signal levels to prevent thermal damage during operation.

Selection Notes

Select this component when a dedicated mid-range solution is required rather than a full-range driver. The 350 Hz lower cutoff suggests it should not be used as a standalone woofer. Consider crossover network design to protect the driver from frequencies below 350 Hz where excursion limits may be exceeded.

Part Context

Visaton GmbH & Co. KG specializes in acoustic components for HiFi, public address, and industrial audio. The 2092 model represents their engineering focus on precise frequency control and durable transducer construction for professional and specialized audio environments.

Replacement Considerations

No direct substitute part numbers are publicly confirmed for this specific model. Replacement requires matching the 85.5 mm diameter, 4-ohm impedance, and rectangular form factor. Verify that any alternative driver maintains similar sensitivity and frequency response characteristics.