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“.
15" Speaker 300 W 8 Ohms
Recommended for professional audio as a woofer in sealed and vented enclosures.
Product type
Loudspeaker Chassis
Type
PA
Nominal Diameter
15 "
Nominal Diameter
381 mm
Voice Coil
1.5 "
Voice Coil
38.1 mm
Overall diameter
384.8 mm
Pitch Circle Diameter
369.9 mm
Section Diameter
352.3 mm
Diameter of fixing holes
6.4 mm
Depth
148 mm
Nominal Impedance
8 Ohm(s)
Nominal Load Capacity
200 W
maximum rated load
400 W
Sensitivity (1 W / 1 m)
97 dB
Frequency response
46 - 3500 Hz
Voice Coil Material
copper
Magnet
Ferrite
Depth of the magnetic gap
6.35 mm
Thiele & Small Parameter
Fs (Resonance Frequency)
35 Hz
Re (DC resistance)
6.32 Ohm(s)
Qms (mechanical quality)
8.1
Le (inductance of the voice coil)
1.1 mH
Qes (electrical quality)
0.63
Qts (overall quality)
0.58
Vas (equivalent volume)
334.6
Mms (moving mass)
60 g
BL (power factor)
11.5 T/m
Xmax (maximum displacement)
4 mm
Cms (elasticity of the suspension)
0.35 mm/N
Sd (membrane area)
823.7 cm²
Weight
4,9 kg
15" ferrite subwoofer offers 1000Wrms (AES) continuous power handling and a frequency response of 40Hz-2500Hz
4" high temperature Inside/Outside voice coil efficiently dissipates heat, preventing sensitivity loss through thermal compression
Double suspension and a "multi-roll” surround provide exceptional linearity at extremes of cone excursion
Intelligent heat management in both chassis and magnet assembly design further minimises distortion
Less than 10kg - very low weight for this product class
Nominal diameter (mm/in)
381/15
Power Rating (AES, W rms)
1000
Nominal impedance (Ω)
8
Voice coil diameter (mm/in)
101.6/4.0
Magnet type
Ferrite
Magnet weight (kg/oz)
3.1/110
Chassis type
Cast aluminium
Sensitivity (dB)
96
Frequency range (Hz)
40-2500
Coil material
Round copper
Former material
Glass fibre
Cone material
Glass loaded paper with weather resistant impregnation
Surround material
Cloth-sealed
Suspension
Double
Xmax (mm/in)
8.0/0.33
Gap depth (mm/in)
10.0/0.40
Voice coil winding width (mm/in)
25.0/0.99
Small Signal Parameters
D (m/in)
0.33/12.99
Fs (Hz)
40.5
Mmt (g/oz)
-
Mmd (g/oz)
139.38/4.92
Mair
14.149/0.499
Qms
3.98
Qes
0.36
Qts
0.33
Re (Ω)
5.10
Vas (lt/ft3)
104.27/3.68
BI (Tm)
23.53
Cms (mm/N)
0.10
Rms (kg/s)
9.81
Le (mH)
1.8
Mounting Information
Overall diameter (mm/in)
385/15.16
Overall depth (mm/in)
180/7.1
Cut-out diameter (mm/in)
351/13.82
Mounting slot dimensions (mm/in)
10 x 6.5/0.4 x 0.26
Number of mounting slots
8
Mounting slot PCD range (mm/in)
365-375/14.37-14.76
Unit weight (kg/lb)
9.7/21.3
Packed Dimensions and Weight
Single pack size W x D x H (mm/in)
435 x 435 x 200/17.1 x 17.1 x 7.9
Single pack weight (kg/lb)
11.5/25.4
Multipack (36) size W x D x H (mm/in)
1210 x 1050 x 980/47.6 x 41.3 x 35.4
Multipack (36) weight (kg/lb)
380/836
The high power handling and robust construction of the 2226H make it a natural for tour sound and fixed sound reinforcement use, while the low distortion and smooth response make it an ideal choice for critical high level monitoring applications.
To increase power handling while reducing power compression, JBL engineers created a unique, direct voice coil-to-air heat dissipation method called Vented Gap Cooling. 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—a direct improvement in power compression.
The 2226H incorporates a SFG (Symmetrical Field Geometry) magnetic structure. Computer-aided magnet optimization and analysis allowed JBL engineers to optimize magnet weight, flux density and reduced distortion. This patented magnet structure offers much of the weight advantage of rare earth magnet structures without their higher cost.
JBL 2226H 15" Low Frequency Transducer Specifications:
Nominal Diameter : 15" (380 mm)
Rated Impedance : 8ohms
Power Capacity : 600W AES continuous pink noise
Sensitivity : 97dB SPL, 1W, 1m (3.3 ft)
Frequency Range : 30Hz-2.5kHz
Power Compression - at —10 dB power (60 W) : 0.7dB
Power Compression - at —3 dB power (300 W) : 2.5dB
Power Compression - at rated power (600 W) : 4.0dB
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