Adamson S-Series
The Adamson S-Series solves a problem that most rental houses face, which is how to get consistent coverage and excellent power out of a sub-compact system. Traditional 2-way line array designs cannot provide even horizontal coverage in the mid-range, which is why we designed our patent-pending Controlled Summation Technology. By eliminating the interference associated with multiple-source summation at the pass-band, we’ve allowed the end-user to provide seamless coverage to their clients, without sacrificing power and flexibility. The 2 Kevlar Neodymium drivers ensure that the S-Series full-range cabinets will exceed headroom expectations, and our design philosophy allows for a larger radiating cone surface area than comparable competitors’ products in a similar enclosure footprint.
The S7 is a 2-way, full range line array cabinet containing 2x ND7-LM16 Kevlar Neodymium drivers (2x 16 Ω) and an NH3-8 1.4” exit compression driver (8 Ω). The critically optimized sound chamber produces a slightly curved wavefront with a nominal dispersion pattern of 100° x 12.5° (H x V). The chamber’s efficiency allows for increased vertical dispersion without sacrificing high frequency presence in the far field. Patented Controlled Summation Technology further eliminates low-mid lobing normally associated with 2-way line source systems.
The S7p is a 2-way, full range point source cabinet containing 2x ND7-LM16 Low-Mid drivers (2x 16 Ω) and an NH3-8 1.4” exit compression driver (8 Ω). The prolate spheroidal waveguides produce a nominal dispersion pattern of 70° x 40° or 100° x 50° (H x V), rotatable by 90° increments.. The design of the waveguide ensures equal tonal balance when moving outside of the intended coverage pattern, delivering natural sound with no diffraction or lobing. The S7p can be operated in passive or bi-amped mode, which is user-defined through a switch on the jackplate.
The S10 is a 2-way, full range line array cabinet containing 2x ND10-LM Kevlar® Neodymium drivers (2x 16 Ω) and an NH4TA2 1.5” exit compression driver (8 Ω). The critically optimized sound chamber produces a slightly curved wavefront with a nominal dispersion pattern of 110° x 10° (H x V). The chamber’s efficiency allows for increased vertical dispersion without sacrificing high frequency presence in the far field. Patent-pending Controlled Summation Technology further eliminates low-mid lobing normally associated with 2-way line source systems.
The S10n is a 2-way, full range line array cabinet containing 2x ND10-LM Kevlar Neodymium drivers (2x 16 Ω) and an NH4TA2 1.5” exit compression driver (8 Ω). The critically optimized waveguide produces a slightly curved wavefront with a nominal dispersion pattern of 80° x 10° (H x V). The waveguide’s efficiency allows for increased vertical dispersion without sacrificing high frequency presence in the far field. Patent-pending Controlled Summation Technology further eliminates low-mid lobing normally associated with 2-way line source systems.
The S10p is a 2-way, full range point source cabinet containing 2x ND10-LM Low-Mid drivers (2x 16 Ω) and an NH3-8 1.4” exit compression driver (8 Ω). The prolate spheroidal waveguides produce a nominal dispersion pattern of 70° x 40° (H x V), rotatable by 90° increments.. The design of the waveguide ensures equal tonal balance when moving outside of the intended coverage pattern, delivering natural sound with no diffraction or lobing.
The S118 Subwoofer is the companion subwoofer to the S7. The enclosure is loaded with a light weight, long excursion, 18” ND18-S Kevlar Neodymium driver utilizing Adamson’s Advanced Cone Architecture and a 4” voice coil for exceptional power handling. It is mounted in an ultra-efficient front-loaded enclosure, designed to reproduce clean, musical low frequency information.
The S119 Subwoofer is the companion subwoofer to the S10. The enclosure is loaded with a light weight, long excursion, 19” ND19 Kevlar Neodymium driver utilizing Adamson’s Advanced Cone Architecture and a 5” voice coil for exceptional power handling. It is mounted in an ultra-efficient front-loaded enclosure, designed to reproduce clean, musical low frequency information.
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