PETIT ORGUE PAIR

Speakers Overview

The Visaton PETIT ORGUE PAIR is a two-way column loudspeaker kit comprising four speakers. It features a rated power of 70 W and a music power capacity of 150 W. The nominal impedance is 4 ohms, with a frequency response range spanning from 16 Hz to 25,000 Hz at -10 dB. The average sound pressure level is specified as 76 dB measured at 2.83 V/1 m.

Speakers Feature Summary

• Two-way column design utilizing four individual speaker units
• Construction includes an extremely light paper diaphragm
• Voice coil carrier manufactured from kraft paper material

Speakers Applications

• DIY high-fidelity speaker construction for audiophiles
• Hobbyist audio equipment assembly projects
• Passive loudspeaker system integration

Speakers Procurement Notes

Verify the specific manufacturer part number against official Visaton documentation to ensure component authenticity. Confirm that the package contains the complete set of four speakers required for the two-way column configuration. Check for RoHS compliance status if environmental regulations apply to your project requirements.

Speakers Selection Notes

Select this kit when a compact two-way column architecture is required for passive speaker builds. Ensure the amplifier source can drive a 4-ohm load effectively. Consider the physical dimensions of the four-unit assembly during cabinet design to accommodate the specified bandwidth and driver arrangement.

Speakers Part Context

This product belongs to the Visaton Petit Orgue series, which utilizes full-range drivers characterized by lightweight paper diaphragms. The Pair variant specifically bundles components to form a multi-driver column system rather than a single unit. This approach aims to enhance dispersion characteristics while maintaining the acoustic properties associated with the brand's paper cone technology.

Speakers Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Users must evaluate alternative kits based on matching impedance, power handling, and dimensional constraints if direct replacement is necessary.