The 2226J 15″ low frequency transducer represents the results of JBL’s latest engineering research in high power transducer design. For increased power handling while reducing power compression, a unique direct voice coil-to-air heat dissipation method called Vented Gap Cooling has been used. This process pumps air through the magnetic gap and directly over and around […]
The 2226J 15″ low frequency transducer represents the results of JBL’s latest engineering research in high power transducer design. For increased power handling while reducing power compression, a unique direct voice coil-to-air heat dissipation method called Vented Gap Cooling has been used. This process pumps air through the magnetic gap and directly over and around the voice coil to provide immediate heat transfer and reduction in operating temperature. Through the use of new computer-aided magnet optimization and analysis techniques comes a new weight-optimized Symmetrical Field Geometry (SFG) magnet structure, resulting in a reduction of overall driver weight and a significant reduction in harmonic distortion. This new magnet structure offers much of the weight advantage of rare earth magnet structures without their prohibitive cost. Specifications: *Power handling: 600 watts RMS *Voice coil diameter: 4″ *Nominal impedance: 16 ohms *Frequency Range: 30-2,500 Hz *Magnet assembly weight: 15 lbs. *Fs: 40 Hz *SPL: 97 dB 1W/1m *Vas: 6.2 cu. ft. *Qms: 5.0 *Qes: 0.33 *Qts: 0.31 *Xmax: 7.6 mm *Dimensions: Overall Diameter: 15-1/4“, Cutout Diameter: 14“, Mounting Depth: 5-1/2“.
Weight
10.00 kg
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The 2226J 15" low frequency transducer represents the results of JBL's latest engineering research in high power transducer design. For increased power handling while reducing power compression, a unique direct voice coil-to-air heat dissipation method called Vented Gap Cooling has been used. This process pumps air through the magnetic gap and directly over and around the voice coil to provide immediate heat transfer and reduction in operating temperature. Through the use of new computer-aided magnet optimization and analysis techniques comes a new weight-optimized Symmetrical Field Geometry (SFG) magnet structure, resulting in a reduction of overall driver weight and a significant reduction in harmonic distortion. This new magnet structure offers much of the weight advantage of rare earth magnet structures without their prohibitive cost. Specifications: *Power handling: 600 watts RMS *Voice coil diameter: 4" *Nominal impedance: 16 ohms *Frequency Range: 30-2,500 Hz *Magnet assembly weight: 15 lbs. *Fs: 40 Hz *SPL: 97 dB 1W/1m *Vas: 6.2 cu. ft. *Qms: 5.0 *Qes: 0.33 *Qts: 0.31 *Xmax: 7.6 mm *Dimensions: Overall Diameter: 15-1/4“, Cutout Diameter: 14“, Mounting Depth: 5-1/2“.
Neodymium coaxial speaker with 15" woofer, 8Ω, 400W Nominal, 800W continuous, 99dB (1W/1m) and horn 80W Nominal, 160W continuous, 105dB (1W/1m), response frequency 40-18000Hz, dispersion 80 degrees, 5,6Kg.
800 W continuous program power capacity
80° nominal coverage
40 – 18000 Hz response
99 dB sensitivity
Single Neodymium magnet assembly
Nominal Diameter
380 mm (15 in)
Nominal Impedance
8 ohm
Minimum Impedance
6.0 ohm (LF) 8.0 ohm (HF)
Frequency Range
40 - 18000 Hz
Dispersion Angle
80°
LF Unit
Sensitivity (1W/1m)
99 dB
Nominal Power Handling
400 W
Continuous Power Handling
800 W
Voice Coil Diameter
76 mm (3 in)
Winding Material
Copper
HF Unit
Sensitivity (1W/1m)
105 dB
Nominal Power Handling
80 W
Continuous Power Handling
160 W
Voice Coil Diameter
75 mm (3 in)
Winding Material
Aluminium
Diaphragm Material
Polyester/Titanium
Recom. Crossover
1.2 kHz
Overall Diameter
393 mm (15.5 in)
Bolt Circle Diameter
374 mm (14.7 in)
Baffle Cutout Diameter
353 mm (13.9 in)
Depth
198 mm (7.8 in)
Flange and Gasket Thickness
16 mm (5/8 in)
Net Weight
5.6 kg (12.3 lb)
Shipping Weight
7.0 kg (15.4 lb)
Shipping Box
450x450x290 mm (17.7x17.7x11.4 in)
99dB sensitivity
400Wrms continuous power handling (measured to AES Standard)
Saturated gap technology for lower harmonic distortion
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