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AUTHENTIC JBL Selenium D405 Trio Super Driver 150W RMS 8 Ohms 2" Exit

$ 88.14

Availability: 57 in stock
  • Return shipping will be paid by: Buyer
  • All returns accepted: Returns Accepted
  • Model: JBL D405 Trio
  • MPN: JBL Selenium D405 Trio
  • Country/Region of Manufacture: Brazil
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Suited For: Mid-Range & Tweeter Frequencies
  • Type: Horn/Compression Driver
  • Brand: JBL/Selenium
  • Item must be returned within: 30 Days
  • Condition: New

    Description

    2” (50 mm) exit compression driver for high sensitivity, low distortion and smooth medium frequency response applications. That leads the D405 driver to deliver high performance, high quality and high value for the pinnacle in sound reinforcement applications. Its construction features include: - ferrofluid (Ferrosound ) loaded gap reducing heat build-up and offering consistent results over long-term demanding concert usage; - voice coil is made of high temperature wire wound on Kapton former to withstand high operating temperatures; - injected plastic housing; - precisely engineered diaphragm structure and alignment mechanism allows for easy, reliable and cost effective repair in case of diaphragm failure.
    SPECIFICATIONS Nominal impedance..................................8
    Minimum impedance @ 2,900 Hz..................... 6.8 Power handling
    Musical Program(w/ xover 500 Hz 12 dB/ oct) .... 150 W Sensitivity
    Frequency response @ -10 dB ............... 300 to 7,000 Hz W W W a25 1 1 2 3 ® 3
    Musical Program(w/ xover 1,000 Hz 12 dB / oct)... 200 W
    On horn,1W @ 1m, on axis .................... 110 dB SPL
    On plane-wave tube,1mW .................... 116 dB SPL
    Throat diameter................................. 50 (2) mm (in)
    Diaphragm material....................................... Phenolic
    Voice coil diameter ............................. 100 (4) mm (in) Re.............................................. 6.0
    Flux density ..................................... 1.60 T
    Minimum recommended crossover (12 dB / oct)......... 500 Hz