Wharfedale Titan 8 Active MKII 4411024 Manual Do Utilizador

Our unique EWG™ design is the result 
of intensive computer modeling of 
natural acoustic wave propagation. To 
provide more acoustically transparent 
high-frequency pattern control, hard 
edges, corners, and parallel surfaces 
were eliminated from the design while 
still enabling 90 x 60 degree high 
frequency coverage. The smoother, 
more “organic” shape of the EWG™ 
design reduces high frequency 
distortion and diffraction eliminating 
acoustic artifacts found in other horn 
design technologies. The result is 
smoother frequency response, greater 
driver efficiency, and improved vocal 
and instrument reproduction.

The high frequency driver is a custom 
designed titanium compression driver. 
For Active version, a circular blue power 
‘ON’ indicator is embedded in the throat 
of the horn. There is an additional power 
‘ON’ LED indicator on the rear panel.

There are two ports on front of the 
Titan™ Series that are reflex tuned to 
provide enhanced low frequency 
response from the enclosure.

The 

Titan™ Active Series features a 

custom designed, heavy-duty low 
frequency driver precisely matched to a 
high frequency Titanium compression 
driver with integral bi-amplification. 
Both drivers are designed for maximum 
output, wide dispersion and precise 
audio signal reproduction.

Moisture-proof low frequency 
driver for wherever you play.

Proprietary 90° x 60° Elliptical Wave 
Guide™ horn design. 

• Lightweight enclosure with rubberized transport handles for easy portability

• Rugged Polypropylene injection moulded cabinets with rubberized 

   over-molded handles 

• Trapezoidal shape allows for vertical arrays as well as horizontal stage 

   monitor applications

• Protective metal grille

• Multiple M6, M8 or M10 rigging points including wall mount bracket inserts

• Power ‘ON’ LED indicators inside of the high frequency horn throat and 

   on the back panel

• Standard 35mm integral speaker stand socket and bottom mounted 

   bracket inserts

Using state of the art, gas 

assist injection moulding 

technology, plus an 

internal laminar flow rib 

pattern we have increased 

the enclosures rigidity and 

reduced its weight 

compared with standard 

injection moulded 

enclosures.