EAW KF930 Speaker User Manual


 
SPECIFICATIONS KF930
PHYSICAL
One Main Street, Whitinsville, MA 01588 508 234 6158 Toll Free 800 992 5013 FAX 508 234 8251 info@eaw.com www.eaw.com
EAW products are continually improved. All specifications are therefore subject to change without notice. KF930/888060(A)/2 pp 1/29/99 Printed in USA
DESCRIPTION
PERFORMANCE
APPLICATION
A dedicated PPST™ low frequency system in a trapezoidal
enclosure. Includes 4x 15-in woofers reverse mounted to opti-
mize driver coupling.
The KF930 PPST™ LF module is engineered for use in KF900
Series arrays. KF900 Series modules can only be used in arrays
and must be integrated with complex PPST™ processing. Six
year warranty.
Applications include:
Stadiums Concert Tours
Frequency Response (1 Watt @ 1m)
±3 dB 38 Hz - 350 Hz
-10 dB 30 Hz - 400 Hz
Efficiency/Axial Sensitivity (dB SPL, 1 Watt @ 1m)
LF 101
Impedance (Ohm)
LF 2x 4
Power Handling (Watts) AES Standard
LF 2x 2000
Recommended Amplifier Power (Watts)
LF 2x 2000
Calculated Maximum Output (dB SPL)
LF Peak 140.0
LF Long Term 137.0
Nominal Coverage Angle/-6 dB points (degrees)
Horizontal Adjustable via PPST processing
Vertical Adjustable via PPST processing
Recommended Complementary Systems
Sub KF940
Mid/High KF920/KF910/KF911/KF913
Part Number 999550
LF Subsystem & Loading 4X 15-in
System Configuration Dedicated LF
Powering Configuration Active processing
System Crossover 200 Hz
Controls (switches, knobs) Inner/outer column selector
Recommended High-Pass
Frequency (24 dB/Octave) 32 Hz
Cabinet Type (shape) Trapezoidal
Enclosure Materials Baltic birch plywood
Finish Black catalyzed polyurethane
Connectors One each male and female AP6
Suspension Hardware (16) 3/8-16 threaded mount
ing/suspension points (4 each
top, bottom and sides)
Grille Vinyl coated perforated steel,
foam backed
Dimensions inches millimeters
Height 46.00 1168
Width (Front) 30.00 762
Width (Rear) 8.56 217
Depth 40.00 1016
Trapezoid Angle 15° per side
Weights pounds kilograms
Net Weight 296 134.7
Shipping Weight 304 138.3
Prototype shown with temporary hardware