ALTO I PAIR

Overview

The ALTO I PAIR consists of two-way shelf-mounted loudspeakers designed for audio reproduction. Each unit features a 20-mm tweeter cone and a 17-cm mid-bass driver housed in a cabinet with a volume of 13 litres. The system is rated for 60 W continuous power with a maximum capacity of 100 W. It operates at a nominal impedance of 4 Ohms, delivering a frequency response from 40 Hz to 22,000 Hz and a mean sound pressure level of 83 dB at 1 W/1 m.

Feature Summary

• Two-way acoustic design integrating a dedicated tweeter and mid-bass driver
• Shelf-mounted form factor with a 13-litre internal cabinet volume
• High power handling capability supporting both continuous and peak loads

Applications

• Hi-fi stereo speaker systems
• Shelf-mounted audio setups
• Home entertainment center speakers

Procurement Notes

Verify the specific model designation against manufacturer catalogs to ensure compatibility with intended crossover networks or enclosure requirements. Confirm that the pair configuration matches the required channel setup. Check for any regional variations in component specifications or certification standards prior to finalizing procurement orders.

Selection Notes

Select this model for applications requiring a balanced two-way performance in a compact shelf-mountable format. The 4-ohm impedance requires matching with compatible amplifiers capable of driving low-impedance loads. Consider the 13-litre cabinet volume when planning spatial placement to ensure adequate acoustic coupling and bass response.

Part Context

Visaton manufactures the ALTO series as complete speaker kits or pairs for DIY audio enthusiasts and professional installers. The ALTO I represents an earlier generation in their lineup, focusing on high-fidelity reproduction within a constrained physical footprint. It serves as a foundational component for building custom stereo pairs.

Replacement Considerations

The ALTO III C PAIR is documented as a related Visaton product. Ensure that any substitution accounts for differences in crossover frequencies, such as the 3500 Hz cutoff found in similar Visaton crossover units, and verify impedance compatibility.