Electro-Voice XLC118 Manuals

Key Features: • Accurate Vertical Control & Coverage • Compact, Lightweight • Fast, Simple Integrated Rigging • Tri-Amp or Optional Bi-Amp Operation • True 3-Way Design • LAPS Aiming Software • 90° Horizontal Full-Range Line-Array • Quik-RigTM or Fixed Installation Rigging XLC907DVX XLCi907DVX 3-Way, High-Output Compact Line-Array 90° Element General Description: The XLC family is designed to provide the highest quality performance for a variety of applications. It is comprised of two full range systems; XLC127DVX (120° line-array element), XLC907DVX (90° line-array element), and two subwoofers; XLC118, XLC215. The XLCDVX uses a DVX3121, two DVN2065 neodymium midrange transducers, and two ND6 high frequency transducers. The DVX3121 is a high performance low frequency transducer with forced air, directional voice coil cooling for high power and efficiency. The suspension and magnetic circuit were optimized for long, linear travel to provide low distortion and greater LF extension in a lightweight transducer. The DVN2065 transducer utilizes neodymium to provide very high output with lightweight and lower distortion. The 3-Way design is comprised of; a 12" vented LF, 2 x 6.5" MB transducers on a 90° horizontal waveguide, and 2 x 3" HF transducers combining through Hydras on a 90° x 7° waveguide. It is designed to be used in tri-amp mode. Bi-amp 3-way operation is possible using the optional sophisticated 24 dB/octave passive MF to HF network. The asymmetrical box design was optimized to produce a symmetrical polar pattern with a uniform power response. Designed for use in groups of four or more the XLC907DVX delivers predictability and control. XLC907DVX can be used in long narrow venues in arrays of four or more, or in groups of two or more in combination with the XLC127DVX 120° version for long throw on top of arrays. LAPS modeling software provides quick, accurate results for array configurations and rigging information. Technical Specifications: 1 Full Space Measurement of 4 Elements. e s n o p s e R . q e r F 1 :) B d 3 -( z H k 8 1 - z H 5 6 e g n a R . q e r F 1 :) B d 0 1 -( z H k 0 2 - z H 0 5 L P S d e t alu cla C x a M 1 : k P B d 1 5 1 ,.t n o C B d 5 4 1 : e g a r e v o C la t n o zir o H ° 0 9 : e g a r e v o C la citr e V elb a nif e D e r a w tf o S ,t n a d n e p e D y a rr A :) s e p y T h t o B ( g nig gi R ,st n e m e r c ni ° 1 , m u ni m ul A e vit p a C yllu F r o tc a F yt e f a S 1 o t 8 h ti w st n e m ele 6 1 : g nild n a H r e w o P F L k a e P W 0 0 0 2 ,.t n o C W 0 0 5 : g nild n a H r e w o P B M k a e P W 0 0 2 1 ,.t n o C W 0 0 3 : g nild n a H r e w o P F H k a e P W 0 0 6 ,.t n o C W 0 5 1 ) F H / B M / F L ( ytivitis n e S : B d 2 1 1 / 1 0 1 / 5 9 : q e r F r e v o s s o r c B M o t F L z H 0 0 5 : q e r F r e v o s s o r c F H o t B M z H 0 0 6 1 : d n a b s s a P F L :r eifilp m A d e d n e m m o c e R s m h o 8 , 1 2 1 3 X V D " 2 1 x 1 7 G T / 5 G T , S 0 0 0 4 / 0 0 0 3 P C , L R 0 0 0 3 P V E : d n a b s s a P B M :r eifilp m A d e d n e m m o c e R s m h o 8 , 5 6 0 2 N V D " 5 . 6 x 2 7 G T / 5 G T , S 0 0 0 4 / 0 0 0 3 P C , L R 0 0 0 3 P V E : d n a b s s a P F H :r eifilp m A d e d n e m m o c e R s m h o 8 , 6 1 - 6 D N x 2 7 G T / 5 G T , S 0 0 0 4 / 0 0 0 3 P C , L R 0 0 0 3 P V E :s r o tc e n n o C 8 L N x 2 :lair e t a M e r u s olc n E t a o C V E / w d o o w ylp h c rib ylp - 3 1 M T : ellir G t nia p t a o c r e d w o p h ti w le e ts d e t alp c ni Z :c e p S la t n e m n o riv n E 0 1 8 L I M , 4 2 P I 9 2 5 C E I gi R - kiu Q M T :) D x W x H ( m i D :) D x W x H ( m i D lla ts n I " 5 . 2 2 x " 9 3 x " 5 2 . 4 1 ) m m 2 7 5 x 0 9 9 x 2 6 3 ( " 5 . 2 2 x " 5 . 6 3 x " 5 2 . 4 1 ) m m 2 7 5 x 7 2 9 x 2 6 3 ( gi R - kiu Q ( t h gie W t e N M T :) :)lla ts n I( ) g k 9 . 9 4 ( s bl 0 1 1 ) g k 1 . 8 4 ( s bl 5 0 1 t h gie W g nip pih S gi R - kiu Q ( M T :) :)lla ts n I( ) g k 2 . 2 5 ( s bl 5 1 1 ) g k 9 . 9 4 ( s bl 0 1 1


 





 XLC Rigging Manual

I N S T A L L E D S O U N D T A K E S C E N T E R S T A G E A T T H E H I S T O R I C P A N T A G E S T H E A T E R

Key Features: • Compact, Lightweight • Fast, Simple Integrated Rigging • Footprint Identical to XLC-127 and XLC-127+ • LAPS (Line Array Prediction Software) • Weather Resistant • Quik-RigTM or Fixed Installation Rigging XLC-118, XLCi-118 High-Output Subwoofer Line-Array Element General Description:
       
      

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Key Features: • Compact, Lightweight • Fast, Simple Integrated Rigging • Footprint Identical to XLC-127, XLC-127+ or other XLC Systems • LAPS (Line Array Prediction Software) • Weather Resistant XLC-118 High-Output Subwoofer Line-Array Element General Description:
           
         

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X-LINE COMPACT™ LINEAR ARRAY LOUDSPEAKER SYSTEM EV® Line Arrays: A Breed Apart When EV designers built their first line array, they didn’t settle for average. They developed a system that addressed every concern raised by line-array users. The formidable EV™X-Line™not only provides easy rigging, but also combines EV’s legendary sonic clarity and vocal intelligibility with the uniform, predictable coverage that only a superior line array can offer. Now, the same designers have distilled the incredible sound of the X-Line into the new X-Line Compact. This revolutionary system delivers unprecedented performance and amazing flexibility to sound designers and installers everywhere. The applications list goes on and on: large indoor and outdoor spaces, high-ceiling venues, performing arts centers, auditoriums, large houses of worship with wide horizontal coverage requirements, coliseums, sports facilities, gymnasiums… anywhere first-quality sound is needed permanently. X LC: Technology in Service of Perfection The X-Line’s legacy is readily evident in the new XLC. Exceptional stereo imaging results from full-bandwidth midbass loading. Extended low-frequency polar control produces uniform power response and enhances system intelligibility. Onstage orientation of high-frequency components further improves stereo imaging and reduces polar lobing in the mid-bass response. Intelligent cabinet design minimizes the distance between drivers from cabinet to cabinet, maintaining true line-array characteristics even in curved-front arrays. Most importantly, the XLC uses EV’s revolutionary vertical plane-wave generator to correct high-frequency phase response and make vertical wave-front summing exceptionally coherent. All this adds up to incredible sonic clarity and uniformity, even in hard-to-cover areas. Cabinets The XLC system is designed for use in groups of four or more cabinets. As with the X-Line, three different cabinets offer maximum flexibility for applications. They are the XLC 127 main cabinet, the XLC 124 down fill cabinet, and the XLC 118 subwoofer. • The XLC 127’s 3-way design employs an EV DL12 (X-variant) vented LF transducer, two 6.5" MF transducers on a 120° horizontal wave guide, and two EV DH2T 16-ohm HF transducers, each coupled through a vertical plane-wave generator to a 120° x 7° wave guide. The system can be either tri-amped or bi-amped in 2-way mode using the sophisticated internal passive MF-to-HF network. • The XLC 124 provides critical under-the-array coverage. Its 3-way system uses the same components in the same configuration as the XLC 127, but only one DH2T HF transducer on a 120° x 40° wave guide. • The XLC 118’s single EVX180B driver provides solid sub-bass extension to the XLC 127 and 124. It can be either flown or ground stacked. Innovative Rigging The XLC’s advanced integrated rigging frame and easy-to-use, custom system hardware make one-person installations a reality. The captive front interlocking system has no separate parts to keep track of and “disappears” into the frame to maintain an uncluttered, attractive appearance. Single-pin rigging in the rear allows quick, easy adjustment of cabinet angles and array aiming. Straight-line arrays, curved arrays, and combinations of the two are all immediately configurable for every coverage need. It couldn’t be easier.