JBL PRX525 Powered PA Speaker - 2x15 Inch, 650 Watts Item #: JBL PRX525 

The JBL PRX515 is a portable, fifteen-inch, two-way speaker system that delivers 650 watts of Crown class D power.
The PRX515 supplies two 15-inch woofers with a 1.5-inch compression driver that gives you both projection and a massive frequency response.

The fusion of world leading JBL speaker technology matched with precision Crown power amplification makes the PRX Series simply the most versatile portable powered system in its class.

JBL PRX525 Features

• Dual 15 inch Differential Drive woofers
• 1.5 inch annual polymer diaphragm compression driver
• Class-D, Crown digital amplifier
• DSP input section with crossover, dynamic limiting, component optimization, selectable system EQ
• Professional XLR line and quarter inch Mic/Instrument inputs with loop through
• Illuminated logo for clear Power-On status
• DuraFlex coated plywood construction
• Polypropylene end-caps enhance durability
• Wrap around heavy duty steel grille provides protection without obstructing performance.
• Large die-cast aluminum handle bar with a fine tuned ergonomic rubber grip for maximum comfort

The enclosure is constructed of quality plywood and coated in JBL’s rugged DuraFlex™ finish. Durable polypropylene end-caps add extra protection for the cabinet. The CNC-machined steel grille wraps around the sides of the enclosure so there are no protruding lips on the front of the box to create acoustical interference. The grille is also lined with an acoustically transparent foam to provide additional driver protection.

The amplifier input panel offers XLR or ¼ inch jack compatibility and a sensitivity switch provides extra flexibility, making it possible to connect literally any sound source without using a mixer. Signal present and overload lights indicate the system status and assist in setting the optimum level, via the level control knob.

A propriety DSP chip is at the core of the PRX515’s fully featured input section, providing user selectable system EQ, protection, input sensitivity selection, cross-over functionality, dynamic limiting and discrete component optimization.