NANO DANLEY | Alldatasheet
Document overview
- Manufacturer or author: Provided By alldatasheet.com(free datasheet download site)
- PDF pages: 2
Technical content
Rev. 20240802 © 2024 Danley Sound Labs. All Rights Reserved.Danley Sound Labs Inc.
2196 Hilton Drive, Suite E
Gainesville, GA 30501 danleysoundlabs.com | 877.419.5805 If you need big performance without a lot of space, we have the solution for you. The Nano is the smallest member of the Danley product line, yet it delivers sound and power almost unheard of for a speaker its size. It is designed for use in distributed 70-volt systems, supplemental fills, or stereo satellites with subwoofer systems. Its combination of ultra- compact size, high fidelity, and intelligibility makes the Nano a perfect alternative to competitive units using soft dome tweeters. Marine options are equipped with a 316 stainless steel bracket, grill, and hardware, and it is rated at IP54. The transformer tap on the Nano-Marine is pre-determined and manufactured to suit customer requirements. Performance Specifications Operating Mode Single channel amplified loudspeaker w/70 Volt Operating Range
136 Hz - 21 Khz -10 dB
110° Conical Transducers 1x 3” Power Handling
20 W Continuous | 40 W Program | 80 W Peak
Maximum SPL (continuous |peak) 102 dB | 108 dB Impedance
8 Ohm
Connections (Nano) 1x Terminal strip w/ 8 ohm and 70V taps Connections (Nano-Marine) 1x 3’ 2 Conductor Lead-in Wire Mounting / Suspension Points Adjustable U-Bracket Dimensions / Weight 5 W x 5 H x 5 D in. | 127W x 127 H x 127 D mm. 4 Ibs | 1.8 Kg Finish Black, White and Gray Enclosure Material High Density Polyethylene Options Nano Ultra Compact Loudspeaker w/ Transformer Nano-8ohm Ultra Compact Loudspeaker w/ No Transformer Nano-Marine Weatherized Version w/ Transformer Nano-8-Marine Ultra Compact Loudspeaker w/ No Transformer
Rev. 20240802 © 2024 Danley Sound Labs. All Rights Reserved.Danley Sound Labs Inc. Gainesville, GA 30501 danleysoundlabs.com | 877.419.5805 The Nano ultra-compact loudspeaker is a product of Danley Sound Labs. The sp ecified coverage pattern for the loudspeaker is 110° conical. Its operational frequency range is defined from 136 Hz to 21 KHz , with a tolerance of -10dB. When subjected to an input of 2.83V, the loudspeaker’s sensitivity is 89 dB SPL at a standardi zed distance of 1 meter. The Nano is capable of delivering peak audio levels of 108 dB SPL and continuous audio levels of 102 dB S PL, both referenced at 1 meter. The loudspeaker handles continuous power of 20 watts and withstands peak powe r levels up to 80 watts. The construction material for the Nano is high-density polyethylene. Marine options ar e equipped with a 316 stainless steel bracket, grill, and hardware, and it is rated at IP54. The transformer tap on the Nano-Marine is p re-determined and manufactured to suit customer requirements. ARCHITECT/ENGINEERS SPECS Frequency and Phase Response Impedance Horizontal Response Horizontal Directivity Contour Vertical Response Vertical Directivity Contour KLIPPEL 100 105 110 -700 -600 -500 -400 -300 -200 -100 10 20 50 100 200 500 1k 2k 5k 10k 20k Frequency and Phase Response r = 1 m, phi = 0°, theta = 0°, Reference: 1 m, 2.83 V, smoothed 6/oct., Delay removed: 3.02 ms Sound Pressure Level / dB (re 20 µPa) Phase / deg Frequency / Hz - Magnitude - Phase KLIPPEL 100 105 110 10 100 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 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 KLIPPEL 100 105 110 10 100 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° Performance Specifications: All acoustic measurements are rounded to the nearest whole number. Operational Frequency Range: Denotes the frequency range where the loudspeaker’s response is 10 dB lower than the specified sensitivity. Loudspeaker Directivity: Defined as the angle at which the SPL decreases by 6 dB in the loudspeaker’s spherical polar response. Power Handling: Assessed based on the AES standard for evaluating the power handling capabilities of transducers. Sensitivity: The SPL at 1 meter, produced by a 2.83V sinusoidal sweep from 20 Hz to 20KHz, measured without additional processing.