PL6.0PFC 2500W plus 2500W RMS @ 4 OHMS STEREO AMPLIFIER

POWERLIGHT™ SERIES AMPLIFIERS


With an unequalled reputation for sound quality and reliability, the PowerLight Series is a range of advanced-technology professional audio amplifiers featuring unsurpassed sonic performance, and - as a by-product of this technology - reduced weight.
A revolutionary new high-frequency power supply, utilising QSCs PowerWaVe™ technology, efficiently produces stiff rail voltages with minimal sag under heavy duty operation. The result is clean, solid bass and transient response, and superior thermal capacity.
Independent and defeatable clip limiters help to protect speakers, and a standby mode allows you to remotely turn on one or more amplifiers without a current surge.
PowerLight amplifiers are ideal for high-power applications, capable of producing up to 4000 watts of output power in a 14kg, 3U chassis, or up to 2000 watts in a 8kg, 2U chassis.

The PowerLight series sets new standards in touring amplifier performance.
All Powerlight amps feature:
Powerwave™ switching technology - For improved audio performance
Clip Limiter (user defeatable) - Reduces distortion, protects loudspeakers
Remote AC power control - Extra ease of installation
Data port for computer control - Utilising QSCs multi- signal processors
Variable speed fan(s) - For quiet operation

Plus:

DC, sub audio &thermal overload protection
Advanced thermal protection
Patented Output AveragingTM short circuit protection
Neutrik Combo (XLR & 1/4”), and barrier strip balanced input connectors

Powerlight PL6.0 PFC

As the latest addition to the Powerlight Series, the PL6.0 PFC fills a vital gap, in terms of power, between the PL4.0 and the massive output capacity of the PL9.0 PFC. Based on the revolutionary power supply and output circuitry of the aforementioned Powerlight 9.0 PFC, the Powerlight 6.0 PFC is capable of delivering 3150 Watts per channel at 2 ohms in a compact chassis only 3RU high and weighing just 59 lbs. Power factor correction (PFC) lowers average AC current requirements by as much as 40% and peak requirements by up to 80%, greatly reducing the strain on AC distribution.