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JBL AM7315/95 | High Power 3Way Loudspeaker 90° x 50° Coverage Pattern
Estimated price for orientation: 3 581 $
Category: JBL
Class:
Features 90° x 50° Coverage, rotatable for use in either vertical or horizontal orientation. 2432H High-Frequency Compression Driver PT Progressive Transition Waveguide for excellent pattern control with low distortion. Bi-Amp/Tri-Amp Switchable. CMCD Cone Midrange Compression Driver provides low midrange distortion, increased sensitivity, extended bandwidth and improved phase coherency Description Product Description AM7315/95 is a high power 3-way full-range loudspeaker system comprised of one 380 mm (15 in) Differential Drive® low frequency driver, one 200 mm (8 in) CMCD Cone Midrange Compression Driver, and one 38 mm (1.5 in) exit/75 mm (3 in) voice-coil HF compression driver. The multi-band PT Progressive Transition mid-high frequency waveguide provides well-controlled 90° by 50° coverage and is rotatable for cabinet positioning in either horizontal or vertical orientation. High-slope crossovers minimize band overlap and well-controlled off-axis response enhances arrayability.
Features 90° x 50° Coverage, rotatable for use in either vertical or horizontal orientation. 2432H High-Frequency Compression Driver PT Progressive Transition Waveguide for excellent pattern control with low distortion. Bi-Amp/Tri-Amp Switchable. CMCD Cone Midrange Compression Driver provides low midrange distortion, increased sensitivity, extended bandwidth and improved phase coherency Description Product Description AM7315/95 is a high power 3-way full-range loudspeaker system comprised of one 380 mm (15 in) Differential Drive® low frequency driver, one 200 mm (8 in) CMCD Cone Midrange Compression Driver, and one 38 mm (1.5 in) exit/75 mm (3 in) voice-coil HF compression driver. The multi-band PT Progressive Transition mid-high frequency waveguide provides well-controlled 90° by 50° coverage and is rotatable for cabinet positioning in either horizontal or vertical orientation. High-slope crossovers minimize band overlap and well-controlled off-axis response enhances arrayability.