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Руководство пользователя BEYMA 15P1000FeV2. Основные функции, характеристики и условия эксплуатации изложены на 1 странице документа в pdf формате.
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15P1000FeV2 LOW FREQUENCY TRANSDUCER www.beyma.com Preliminary Data Sheet KEY FEATURES ? High power handling: 2.000 W program power ? 4” copper voice coil ? High sensitivity: 98 dB ? FEA optimized magnetic circuit ? Designed with MMSS technology for high control, linearity and low harmonic distortion ? Low power compression losses ? Waterproof cone with treatment for both sides of the cone ? Extended mechanical displacement capability: X dam ± 52 mm ? CONEX spider ? High excursion capabilities: X max ± 8 mm ? Low frequency extension and high control TECHNICAL SPECIFICATIONS MOUNTING INFORMATION Nominal diameter 380 mm 15 in Overall diameter 388 mm 15,28 in Rated impedance 8 ? Bolt circle diameter 370 mm 14,57 in Minimum impedance 5,5 ? Baffle cutout diameter: Power capacity* 1.000 W AES - Front mount 352 mm 13,86 in Program power 2.000 W Depth 170 mm 6,70 in Sensitivity 98 dB 1W / 1m @ Z N Net weight 13,1 kg 28,9 lb Frequency range 40 - 2.000 Hz Shipping weight 14,1 kg 31,1 lb Voice coil diameter 101,6 mm 4 in Bl factor 26,6 N/A FREE AIR IMPEDANCE CURVE Moving mass 0,147 kg Voice coil length 20 mm Air gap height 12 mm X damage (peak to peak) 52 mm [?] THIELE-SMALL PARAMETERS** 42 Hz Resonant frequency, f s 5,3 ? D.C. Voice coil resistance, R e 6,6 Mechanical Quality Factor, Q ms 0,29 Electrical Quality Factor, Q es [Hz] 0,28 Total Quality Factor, Q ts 100,2 l FREQUENCY RESPONSE & DISTORTION Equivalent Air Volume to C ms , V as 97 µm / N Mechanical Compliance, C ms 5,91 kg / s Mechanical Resistance, R ms Efficiency, ? 0 2,47 % Effective Surface Area, S d 0,0855 m 2 Maximum Displacement, X max *** 8 mm 684 cm 3 Displacement Volume, V d [dB] Voice Coil Inductance, L e @ 1 kHz 1,3 mH Notes: * The power capaticty is determined according to AES2-1984 (r2003) standard. Program power is defined as the transducer’s ability to handle normal music program material. ** T-S parameters are measured after an exercise period using a preconditioning power test. The measurements are carried out with a velocity-current laser transducer and will reflect the long term parameters (once the loudspeaker has been working for a short period of time). [Hz] *** The X max is calculated as (L vc - H ag )/2 + (H ag /3,5), where L vc is the voice coil length and H ag is the air gap Note: On axis frequency response measured with loudspeaker height. standing on infinite baffle in anechoic chamber, 1W @ 1m 03/15