1305

Overview

The Visaton PX 13 is a 13 cm (5-inch) two-way coaxial loudspeaker with a 4-ohm impedance. It features a polypropylene cone and delivers a sound pressure level of 84 dBA. The unit has a power rating of 20 W, a frequency response starting at 95 Hz, and measures 129 mm in diameter by 48 mm in depth. Designed for panel mounting, it operates within a temperature range of -25°C to +70°C.

Feature Summary

• Two-way coaxial design integrating woofer and tweeter for compact audio reproduction
• Polypropylene cone construction for durable sound output
• Panel mounting configuration for secure installation

Applications

• General purpose audio systems requiring compact speaker solutions
• DIY audio projects utilizing standard 5-inch mounting formats
• Replacement drivers in existing enclosure designs

Procurement Notes

Verify the specific model designation against official Visaton documentation to ensure compatibility with intended acoustic requirements. Confirm impedance and power handling specifications match the amplifier output capabilities. Check physical dimensions against available mounting space to ensure proper fitment within the target enclosure or panel.

Selection Notes

Select this component when a complete two-way solution is required in a single 13 cm housing. Consider the 4-ohm impedance for matching with compatible amplifiers. Evaluate the 84 dBA sensitivity and 20 W power handling against the desired volume levels and usage environment. Ensure the operating temperature range suits the installation location.

Part Context

This component belongs to the Visaton PX series of coaxial speakers. These units are designed to provide full-range audio performance in a compact form factor. The series typically utilizes coaxial technology to align the acoustic centers of the driver elements, improving phase coherence and directivity compared to separate woofer and tweeter setups in similar spaces.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided source material.