NEXO PNU-P12FLGPS-BK hoornflens / dispersieadapter voor P12 luidsprekersystemen, zwart

The NEXO PNU-P12FLGPS-BK is a professional horn flange / dispersion adapter designed specifically for the NEXO P12 loudspeaker series. This accessory allows precise control of the horizontal and vertical sound dispersion, enabling optimized acoustic coverage for a variety of applications including live sound and fixed installations. The asymmetrical constant directivity waveguide provides a horizontal dispersion angle of 60° to 100° and a vertical dispersion angle of 40°, ensuring consistent sound distribution across the listening area.

Advantages

This adapter enhances the versatility of the NEXO P12 system by allowing the user to tailor the coverage pattern to the specific venue or event. The tool-free, user-replaceable design simplifies installation and reconfiguration, while the rotatable orientation within the P12 enclosure provides flexibility for different mounting positions. The high-grade composite material ensures durability and long-lasting performance.

Suitable for

• Professional audio engineers and sound system technicians
• Live sound reinforcement for concerts, theaters, and events
• Fixed installations in clubs, houses of worship, and conference rooms
• Applications requiring asymmetrical coverage for optimal audience coverage

Key specifications

• Accessory Type: Horn Flange / Dispersion Adapter
• Compatible Loudspeaker: NEXO P12 Series
• Horizontal Dispersion Angle: Asymmetrical 60° - 100°
• Vertical Dispersion Angle: 40°
• Dispersion Pattern: Asymmetrical Constant Directivity
• Color: Black
• Material: High-grade Composite
• Installation: User-replaceable, Tool-free
• Orientation: Rotatable within P12 enclosure
• Part Number Suffix: FLGPS (Fixed L-R, Global P-S)
• Product Series: NEXO P12 Accessories

Recommendations

For optimal acoustic performance, pair the PNU-P12FLGPS-BK with NEXO P12 loudspeakers and use NEXO's system configuration software to fine-tune the coverage. This adapter is an essential tool for achieving precise sound distribution in challenging acoustic environments.