NEXO PNU-P15FLGPS laipan suuntausadapteri PS P15:lle

The NEXO PNU-P15FLGPS is a professional-grade flange dispersion adapter designed specifically for the NEXO P15 point source loudspeaker. This robust metal accessory allows precise control over the sound dispersion pattern, enabling tailored coverage for a wide range of audio applications. Ideal for live sound, fixed installations, and professional audio systems, the adapter ensures seamless integration with the P15 speaker, facilitating optimal horn orientation for superior sound distribution.

Advantages

Engineered for durability and precision, the PNU-P15FLGPS offers reliable performance in demanding environments. Its flange mount design simplifies installation, while the black finish complements the aesthetic of professional audio setups. By modifying the dispersion pattern, this adapter enhances the versatility of the NEXO P15, making it suitable for both intimate venues and large-scale events.

Suitable for

• Professional audio systems
• Live sound reinforcement
• Fixed installations in theaters, clubs, and houses of worship
• NEXO P15 point source loudspeaker users seeking dispersion control

Key specifications

• Product Type: Loudspeaker Dispersion Adapter
• Accessory Type: Loudspeaker Mounting/Dispersion Accessory
• Compatibility: NEXO P15 Point Source Loudspeaker
• Function: Modifies and Controls Sound Dispersion Pattern
• Mounting Type: Flange Mount
• Material: Robust Metal Construction
• Color: Black
• Application: Professional Audio Systems, Live Sound, Fixed Installations
• Series Compatibility: NEXO P Series
• Purpose Detail: Enables specific horn orientation for tailored sound coverage
• Installation: Designed for seamless integration with P15 speaker
• Environmental Suitability: Suitable for environments compatible with NEXO P15 loudspeakers

Recommendations

For optimal performance, pair the PNU-P15FLGPS with NEXO P15 loudspeakers and use in conjunction with other NEXO mounting accessories. Ensure proper installation by a qualified professional to achieve the desired sound dispersion.