Jbl Professional JBL-PSB2NA 2.0 Channel Soundbar

Product Description

The JBL PROFESSIONAL JBL-PSB2NA is a 2.0 channel soundbar designed for on-wall installation in professional and commercial audio applications. This unit delivers stereo audio output without a dedicated subwoofer channel, making it a compact, self-contained solution for speech reinforcement, background music, and similar distributed audio needs. It is suited for installation by AV integrators, low-voltage technicians, or experienced system installers working in commercial spaces, retail environments, conference rooms, or similar venues requiring wall-mounted audio coverage.

The JBL-PSB2NA is intended for on-wall mounting in both light commercial and professional installation scenarios. Its 2.0 stereo configuration fits applications where a slim, unobtrusive speaker profile is needed without sacrificing stereo separation. Typical installs include conference rooms, waiting areas, retail floors, and hospitality spaces where clean wall-mounted audio is required. No specific compatible receiver or amplifier models were identified in the available product data.

Key Features

• 2.0 channel stereo configuration with no subwoofer dependency
• On-wall mounting design for clean, low-profile installation
• Sold as a single unit (EA) per package
• Suitable for professional and commercial distributed audio systems

Compatibility

Designed as an OEM-style on-wall speaker solution for professional and commercial audio installations requiring a 2.0 channel stereo soundbar format.

Installation Notes

Installation should be performed by a qualified AV integrator or low-voltage technician familiar with commercial audio systems. Power down or de-energize all connected amplifier and signal equipment before wiring. Ensure wall anchoring hardware is rated for the unit weight and that mounting surface material is confirmed before drilling. All low-voltage wiring should comply with applicable NEC guidelines for Class 2 or Class 3 circuits as required by the installation environment.