Visual Sound, Inc. 15 Inch Low Frequency Transducer, 8 Ohms Impedance 2226H

Description
JBL Professional 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. 600 W AES continuous pink noise power capacity 8 ohm impedance 100 mm (4 in) edgewound aluminum ribbon voice coil 30 Hz-2.5 kHz response 97 dB sensitivity, 1 W, 1 m (3.3 ft) SFG magnet structure with Vented Gap Cooling™ technology
Description
JBL Professional 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. 600 W AES continuous pink noise power capacity 8 ohm impedance 100 mm (4 in) edgewound aluminum ribbon voice coil 30 Hz-2.5 kHz response 97 dB sensitivity, 1 W, 1 m (3.3 ft) SFG magnet structure with Vented Gap Cooling™ technology

Suppliers

Company
Product
Description
Supplier Links
15 Inch Low Frequency Transducer, 8 Ohms Impedance - 2226H - Visual Sound, Inc.
Broomall, PA, USA
15 Inch Low Frequency Transducer, 8 Ohms Impedance
2226H
15 Inch Low Frequency Transducer, 8 Ohms Impedance 2226H
JBL Professional 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. 600 W AES continuous pink noise power capacity 8 ohm impedance 100 mm (4 in) edgewound aluminum ribbon voice coil 30 Hz-2.5 kHz response 97 dB sensitivity, 1 W, 1 m (3.3 ft) SFG magnet structure with Vented Gap Cooling™ technology

JBL Professional

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.

  • 600 W AES continuous pink noise power capacity
  • 8 ohm impedance
  • 100 mm (4 in) edgewound aluminum ribbon voice coil
  • 30 Hz-2.5 kHz response
  • 97 dB sensitivity, 1 W, 1 m (3.3 ft)
  • SFG magnet structure with Vented Gap Cooling™ technology
Supplier's Site

Technical Specifications

  Visual Sound, Inc.
Product Category Speakers
Product Number 2226H
Product Name 15 Inch Low Frequency Transducer, 8 Ohms Impedance
Unlock Full Specs
to access all available technical data

Similar Products

MS Series Marine/Industrial Sounders and Loudspeakers - MS5-120-13EB - Federal Signal Corporation - Industrial Signaling and Systems
Federal Signal Corporation - Industrial Signaling and Systems
Specs
SPL 123 dB
Nominal Power 25 watts
Weight 6400.00 g (225.79 oz)
View Details
Speakers - 526854 - RS Components, Ltd.
RS Components, Ltd.
Specs
SPL 116 dB
Impedance 8 ohms
View Details
Milwaukee Electric Tool Corporation
Specs
Features Outdoor; Wireless
Maximum Power 40 watts
Application MusicAudio
View Details
Loudspeaker - W2-2W8 - Biamp Systems, Ltd.
Biamp Systems, Ltd.
Specs
Frequency Response 400 Hz
Application Loudspeaker; Telephone or Voice Communication
View Details