SBH20FF DANLEY | Alldatasheet

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Technical content

2 Way Full Range Loudspeaker

Rev. 20230428 © 2022 Danley Sound Labs. All Rights Reserved.Danley Sound Labs Inc.

2196 Hilton Drive, Suite E

Gainesville, GA 30501 danleysoundlabs.com | 877.419.5805 Performance Specifications Operating Mode Single channel amplified two-way loudspeaker Operating Range 160 Hz - 14.6 kHz, - 3 dB

100 Hz - 17 kHz, - 10 dB

4x 5”/ 1” Coaxial drivers Power Handling 760 W Cont. | 3040 W Peak Sensitivity measured as 2.83V @1m distance 96 dB Maximum SPL (continuous |peak) 124 dB | 130 dB AES 75-2022 FREE FIELD, CREST FACTOR: 15.1 dB 132.9 dB SPL-Z, Peak| 117.8 dB SPL-Z, SLOW Continuous | 116.6 dB SPL-A, Slow @ 83V Impedance

4 Ohm

Recommended Power Amplifier 700 - 1500 Watts Physical Specifications Connections (2) NL4 | Pins 1 - Input | Pins 2 - Through Mounting / Suspension Points (2) M10 yoke points (12) M10 rigging pints Dimensions / Weight 30 x 9 x 9 in. | 762 x 228.6 x 228.6 mm. 46 Ibs |20.8 Kg Finish Black polyurea coated enclosure White polyurea coated enclosure Enclosure Material 18mm Baltic Birch, polyurea coated Options SBH20FF Install Version Accessories BRKT-SBH20FF-U SBH20FF U Bracket BRKT-SBH20FF-WM SBH20FF Wall Mount Bracket BRKT-SBH20FF-P45 Pan Bracket +/-45 degrees - used with BRKT-SBH20FF-WM BRKT-SBH20FF-P90 Pan Bracket +/-90 degrees - used with BRKT-SBH20FF-WM The SBH20FF utilizes (4) x 5”/1” coaxial drivers coupled to Danley’s patented Paraline ™ lens technology to offer a compact column shaped loudspeaker that is completely different from any multi-cone product on the market. The SBH20FF features a 150° horizontal x 20° vertical dispersion pattern which is due to the fact that it is actually a large horn with an effective path length of over 12’. This yields superior performance with unparalleled pattern control, no spurious lobes and no complicated processing for proper performance. The 13 ply Baltic Birch used throughout the enclosure is encased in PolyUrea for protection from impact and atmospheric conditions. Install versions are equipped with M10 rig points. As an added layer of protection we include our Sentinel™ high frequency driver protection circuitry which is a multistage limiter that protects the high freq driver in the event of overloads (peaks or long term). It is inaudible during normal operation, so dynamic range is not compromised. Utilize our DNA amplifiers or processor for maximum performance and protection with industry leading DSP capabilities.

Rev. 20230428 © 2022 Danley Sound Labs. All Rights Reserved.Danley Sound Labs Inc. Gainesville, GA 30501 danleysoundlabs.com | 877.419.5805 The loudspeaker shall utilize the Paraline patented enclosure. The coverage pattern shall be 150 x 20. The louadspeaker shall have an operating range of 100 Hz - 17 kHz, - 10 dB, 160 Hz - 14.6 kHz, - 3 dB. Sensitivtiy of 96 dBSPL (measured at 1M @ 2.83V input). Output of 124 dBSPL continuous / 130 dBSPL Peak. Power handling shall be 1520 Watts program. The loudspeaker shall be constructed of 13 ply Baltic birch with all drivers combining via the patented Danley Sound Labs Paraline lens horn technology and producing a unique form factor that is a patented Synergy Horn. The loudspeaker shall be the Danley Sound Labs SBH20FF. ARCHITECT/ENGINEERS SPECS Sensitivity Impedance Horizontal Polar Response Vertical Polar Response Horizontal Directivity Contour Vertical Directivity Contour KLIPPEL 100 105 100 1000 10000 SPL Horizontal r = 2 m, Reference: 1 m, 2.83 V, smoothed 2/oct. Sound Pressure Level / dB (re 20 µPa) Frequency / Hz On-Axis 10° 20° 30° 40° 50° 60° KLIPPEL 100 105 100 1000 10000 SPL Vertical r = 2 m, Reference: 1 m, 2.83 V, smoothed 2/oct. Sound Pressure Level / dB (re 20 µPa) Frequency / Hz On-Axis 10° 20° 30° 40° 50° 60° KLIPPEL 100 110 120 130 -400 -300 -200 -100 100 20 50 100 200 500 1k 2k 5k 10k 20k Frequency Response r = 2 m, phi = -90°, theta = 0°, Reference: 1 m, 2.83 V, smoothed 3/oct., Delay removed: 3.046 ms Sound Pressure Level / dB (re 20 µPa) Phase / deg Frequency / Hz - Magnitude - Phase KLIPPEL 2 5 10 20 50 100 200 500 1k 2k 5k 10k 20k Magnitude of transfer function H(f) H(f)= Voltage Speaker 1 / Current Speaker 1 H(f) / (Ohm) Frequency / Hz Magnitude