4642A | 4 OHM, DUAL 18" BASS REFLEX SUBWOOFER SYSTEM. COMPONENTS: TWO 2241H INSTALLED IN DUAL 18"

  • MAP: $2,461.19 / EA
  • List Price: $2,461.19 / EA
  • Log in to see if custom discounts apply
  • Case Quantity: 0
  • Sign In or Submit RFQ for accurate lead times
4 OHM, DUAL 18" BASS REFLEX SUBWOOFER SYSTEM.  COMPONENTS:  TWO 2241H INSTALLED IN DUAL 18"
Click image to enlarge

4642A
4 OHM, DUAL 18" BASS REFLEX SUBWOOFER SYSTEM. COMPONENTS: TWO 2241H INSTALLED IN DUAL 18"

  • UM : EA
  • Estimated Weight: 3.0

4642A Dual 460 mm (18 in.)

Subwoofer SystemThe JBL Model 4642A is a high quality subwoofer system, featuring an advanced technology 460 mm (18 in), low frequency transducers mounted in a direct radiator, bass-reflex enclosure for smooth response to the lowest audible frequencies. The 4642A is ideal for low-frequency augmentation of either analog or digital soundtracks in motion picture theaters and for general sound reinforcement applications.

Features:

  • 1200 Watts Continuous Pink Noise,2400 Watts Continuous ProgramPower Handling
  • Usable response to 22 Hz (-10 dB,no EQ), flat to 22 Hz (-3 dB) withExternal EQ
  • 2241H VGCTM Vented Gap CooledDrivers– High Sensitivity– Low Power Compression– High Maximum-SPL Capability– Low 2nd and 3rd Harmonic– Distortion– Symmetrical Field Geometry SFGTM– Magnet Structure– Long Excursion Capability
  • proved by Lucasfilm, Ltd. forTHX installations
Frequency Range (±3 dB) 22 Hz - 100 Hz
Frequency Range (-10dB) 20 Hz - 500 Hz
Rated Impedance 4 ohms
Minimum Impedance 3.2 ohms
Power Handling Capability -
Continuous Pink Noise 1200 Watts
Continuous Program 2400 Watts
Peak Power 4800 Watts
OUTPUT CAPABILITY -
Axial Sensitivity 50 Hz to 500 Hz
101 dB, 1W @ 1m 40 Hz to 100 Hz
100 dB, 1W @ 1m
Net Weight (each) 216 lbs (98 kg)
Dimensions (H x W x D) 762 mm x 1219 mm x 610 mm 30 in x 48 in x 24 in
Power Handling (2Hr AES Rating) 1200 W
Sensitivity 100 dB
Maximum SPL (1m) 131 dB
Nominal Impedance 2 x 8Ω

Item Added to Cart View Cart
Wishlist Updated View Wishlists
This website uses cookies to ensure you get the best user experience. By continuing to use this site, you agree to our cookies and terms of use policy.