Wharfedale Titan 15 user manual Thank you for purchasing the Wharfedale Pro Titan, Operation

Thank you for purchasing the Wharfedale Pro TITAN 15!

The TITAN 15 is a new addition to our Titan Series which is based on our popular TITAN 12 model. The TITAN 15 offers superior acoustical voicing and new drivers that provide a smooth high end response and a punchy, tight low end bass response in a portable composite enclosure.

Features:

+Custom designed, heavy duty 15" low frequency driver

+2" titanium high frequency compression driver

+90 x 60 degree integral Elliptical Wave Guide for even high frequency dispersion

+Built in Linkwitz-Riley crossover at 1.8kHz

+DTF™ Dynamic Thermal Filament – Integral High-Frequency Driver Overload protection

+Design for a wide variety of sound reinforcement applications

+Built in, rubberized easy-grip handles for convenient transportation

+Integral pole mount adapter for stand mounting

+Trapezoidal shape for vertical arrays and horizontal stage monitor use

+Top stacking feature for easy integration of multiple enclosures

+Ten M8 threaded rigging inserts for several hang-mount options

+Bottom mounted M8 threaded inserts that fit the OmniMount® 60.0 footprint

+Injection molded enclosure construction

+Integral cord wrap and cable anchor molded into the enclosure

+NL4 input connectors

Operation

The TITAN 15 is a passive, two-way, speaker system that provides an 8 ohm impedance load, per enclosure, to each output channel of the system power amplifier. Multiple TITAN 15 enclosures can be “daisy-chained”, in parallel, with the impedance load dropping in half with each additional enclosure. In other words, two TITAN 15 enclosures, connected in parallel, will provide a 4 Ohm impedance load. Like wise, three TITAN 15 enclosures connected in parallel will provide a 2 ohm impedance load to the amplifier. Be aware that some amplifiers are not designed to accept loads as low as 2 ohms and loads this low can result in decreased performance and overheating of the amplifier and can cause damage



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8/31/06 1:19:40 PM