SH69 DANLEY | Alldatasheet

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3 Way Full Range Loudspeaker

Rev. 202210071259 © 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 three-way loudspeaker Operating Range 55Hz - 18KHz +/-3dB 33Hz - 24KHz - 10dB Coverage Pattern 60 x 90 Transducers Low 2x12”, Mid 6x 4”, High 1x1” Power Handling 1000 W Cont. | 4000 W Peak Sensitivity measured as 2.83V @1m distance 99 dB Maximum SPL (continuous |peak) 126 dB | 132 dB M Noise Coming Soon Impedance

4 Ohm

Recommended Power Amplifier 2,000 Watts Physical Specifications Connections (SH69-I/SH69-T) (2) Neutrik NL4 Speakon wired in Parallel Pin 1+/- | Full Range Pin 2+/- | Pass Through Connections (SH69-I-EW) 1x 2 Conductor Lead-in Wire Mounting / Suspension Points (2) M10 yoke points (SH69-I/SH69-I-EW) M10 rigging points Dimensions / Weight 34 x 21 x 17 in. | 864 x 533 x 432 mm. 116 Ibs | 52.62 Kg Finish Black polyurea coated enclosure w/ matte black grille, or White polyurea coated enclosure w/ matte white grille Gray UV resistant painted enclosure w/ matte grey grille Enclosure Material 18mm Baltic Birch, polyurea coated Options SH69-I-EW Extreme Weatherized Version SH69-I Install Version SH69-T Black Touring Version Accessories BRKT-SH69-U U-Bracket for the SH69/SH69HT (Wall or Ceiling) COVER-SH69 Protective Cover BRKT-FSKIT Connects 2 Units w/ central pic point bar BRKT-MBAKIT Connects 2 Units The SH69 is a 3-way loudspeaker design that has the benefit of true modular array-ability. The SH69 houses (2) x 12” LF drivers, (6) x 4” MF drivers and (1) x 1” exit HF compression driver, all mounted within a single 60° x 90° horn. Utilizing our patented Synergy Horn™ technology, we uniquely place drivers within the horn in unison with a Synergy crossover network to allow for proper phase alignment between fre- quency bands. This permits the physically separated bands to combine and emerge from the horn as a single source, greatly reducing off axis distortions in frequency response and allowing for greater clarity at long distances. Further- more, out of band harmonic distortion is reduced by the use of acoustic low pass filters on the low and mid frequency drivers. The 13-ply Baltic Birch used throughout the enclosure is encased in PolyUrea for protection from impact and at- mospheric conditions. Install and touring versions are both equipped with multiple M10 rig points. Our EW (Extreme Weather) variant offers the ultimate in protection from the elements due to the use of high-density polyurethane panels impregnated with fiberglass fibers in the place of standard plywood. As an added layer of protection we include our Sentinel™ high frequency driver protection circuitry which is a multi- stage 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. 202210071259 © 2022 Danley Sound Labs. All Rights Reserved.Danley Sound Labs Inc. Gainesville, GA 30501 danleysoundlabs.com | 877.419.5805 The loudspeaker shall utilize the synergy Horn/Tapped Horn patent-pending enclosure covering three pass bands. The coverage pattern shall be 60° horizontal x 90° vertical. The loudspeaker shall have an operating rage of +/- 3 dB 55 Hz – 18 kHz. Sensitivity of 99 dBSPL @ 1m. Output of 126 dBSPL/132 dBSPL Peak. Power han- dling shall be 1000 Watts continuous, 4000 Watts peak. The impedance shall be nominal 4 ohms. The loudspeaker shall be constructed of 13 ply Baltic birch, water resistant Polyurea coated, properly braced for the intended use and a rugged steel grill. The connectors shall be Neutrik NL4. The Loudspeaker shall be the Danley Sound Labs SH69. ARCHITECT/ENGINEERS SPECS Frequency Response Impedance Response Horizontal Directivity Contour Vertical Directivity Contour Horizontal Polar Response Vertical Polar Response