HARMAN - JBL-GSB12-TN - JBL Professional GSB12 2-way Outdoor In-ground Woofer - 450 W RMS - Tan - 1800 W (PMPO) - 12" - 39 Hz to 107 Hz - 6 Ohm

HIGHLIGHTS:

The JBL GSB12 in-ground 12-inch landscape subwoofer augments the lowfrequency performance of JBL GSF full-range landscape speakers to provide rich, full-range sound in lawn and garden areas of hospitality, corporate and retail spaces.

The GSB12 focuses on fidelity, with true subwoofer extension down to 30 Hz and a steep, multiple-slope lowpass filter for superior sound. Its premiumgrade, 200-watt subwoofer-band transformer allows use in 70V/100V systems or can be connected for low-impedance direct operation.

This sleek, ultra-low-profile speaker-winner of international design awards for industrial design excellence and installs underground, with only the audio port visible. It's designed to withstand the elements: Its chamber is oriented directly below the audio port to prevent accidental damage from landscaping, which can be a problem with side-located chambers. Grab handles allow easy installation and tabs secure the subwoofer to blocks or anchors.

Add the GSB12 to landscape areas of hotels, shopping complexes, restaurants, public spaces, theme parks or any application that demands legendary JBL sound with deep, rich, powerful bass.

FEATURES

• Transducer: 305 mm (12") polypropylene driver, 50mm (1.5") voice coil on Kapton former
• True subwoofer performance down to 30 Hz
• 450 W Power Handling (continuous pink noise, 2 hrs)
• Built-in steep, multiple-slope lowpass filter
• Low-impedance direct operation, plus premium-grade subwoofer-band transformer for use in 70V/100V systems
• Forms a complete system with JBL GSF full-range landscape speakers
• Chamber oriented directly below opening to prevent accidental damage from landscaping
• Grab handles allow easy installation
• Anchor points for securing cabinet to block or anchors
• Available in Hunter Green or Tan finishes to fit a wide variety of landscapes
• Dimensions: 402 x 866 mm (16 x 34 in) (Diameter x H)