4" In Ceiling Speaker with 16-Watt 70/100V Transformer and Ported Enclosure

FAP40T side view 1_4
4" In Ceiling Speaker with 16-Watt 70/100V Transformer and Ported Enclosure - White
SKU: FAP40T
Availability: In stock
Your Price:
$98.99/each
Must purchase in multiples of 2
FAP40T-B side view
4" In-Ceiling Speaker with 16-Watt 70/100V Transformer and Ported Enclosure - Black
SKU: FAP40T-B
Availability: In stock
Your Price:
$98.99/each
Must purchase in multiples of 2
  • UL Listed
  • CE
  • 70V / 100V Operation
  • HYFIDROPHOBIC_OPTIONAL
  • Non-Powered
  • Paintable
  • 8Ω Operation
    DESCRIPTION

    Designed to provide high performance in a very compact footprint, the FAP40T appeals to both system designers and architects. FAP40T is ideal for high-intelligibility voice, music, and signal reproduction in commercial, industrial, and institutional applications. A unique (patent pending) tap selector switch design allows for easy system tuning. A full selection of taps up to 16 watts as well as an 8 ohm transformer bypass setting is included for maximum system versatility. This switch "knob" also functions as a diffuser cone, providing smooth, even dispersion of the high frequency content from the center of the 4" polypropylene driver. In fact, the high frequency response of the FAP40T is so natural that many would assume that the driver in the FAP40T was a coaxial design instead of a single cone driver. Low frequency response is enhanced by the tuned and ported enclosure design. The enclosure (UL1480 pending) is constructed of high impact injection molded plastic and includes a press fit grill design that blends quite well with contemporary architecture. A two pole terminal strip housed below a metal removable cover on the back of the FAP40T enclosure allows for easy system wiring as well as "daisy chain" wiring to other FAP40T's or even FASUB70 subwoofers (a great combination!).


    Features
    • 16 Watt Internal Transformer
    • 8 ohm Transformer Bypass Setting
    • Input Via 2 Pole Terminal Strip
    • Lightweight Construction Makes Use of Additional Support in Drywall Ceilings Unnecessary
    • Low Profile Plastic Enclosure
    • Press-Fit Grille Blends Perfectly into Contemporary Architecture
    • Tile Bridge Include
    • Tuned & Ported Design for Extended Bass Response

    SPECIFICATIONS
    Speaker Type Single Cone
    Power Taps 1, 2, 4, 8, 16 Watts & 8Ω
    Sensitivity 87dB Average
    Frequency Response 100Hz - 12kHz
    Dispersion 130°
    Depth 7 1/8" (18.0975 cm)
    Diameter 7 3/8" (18.7325 cm)
    Shipping Weight 8.50 lbs (3.86 kgs)
    Certified to Safety Listing UL 1480

    SUPPORT FILES
    FAP40T EASE DATA FAP40T EASE DATA
    FAP42T CAD Drawing FAP42T CAD Drawing
    FAP40T-B Revit Drawing FAP40T-B Revit Drawing
    FAP40T Tile Bridge CAD Drawing FAP40T Tile Bridge CAD Drawing
    FAP40T-W Revit Drawing FAP40T-W Revit Drawing
    FAP40T Installation Sheet (2 pages) FAP40T Installation Sheet (2 pages)
    FAP40T Data Sheet (4 pages) FAP40T Data Sheet (4 pages)
    Speaker Placement Tool

    The AtlasIED Speaker Placement Tool is designed to make it easy to select the proper positioning of speakers in a given room. Choose your AtlasIED speaker and the transformer taps that you plan on using. Then input the room length, width, and ceiling height. Don’t forget to choose feet or meters as your unit of measure and the listener level. The results will tell you how many total speakers are required and how they need to be positioned to maximize the sound coverage in the space.

    This tool is not suitable for sound masking. For assistance with sound masking, please complete our Sound Making Design Request form

    Loudspeaker:
    Transformer Tap Selection (in Watts):
    Unit of Measure:
    Room Length:
    Room Width:
    Ceiling Height:
    Listener Level:
    Average distance from ceiling to ear level:

    # of Rows:
    Number of Columns:
    Total Loudspeakers Required:
    Loudspeaker Spacing:
    First Loudspeaker "x" Placement:
    First Loudspeaker "y" Placement:
    Selected Tap Max SPL in Direct Field:
    Variance to Edge of Coverage:
    Amplifier Power Required for Selected Tap:
    Max Tap SPL in Direct Field:
    Amplifier Power Required for Max Tap:
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