Adamson S-Series - Manual (Page 8)

Page 8
1.3 S10 Spec Sheet
S10 | Spec Sheets
Introduction & Product Details
S10
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 com-
pression 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 cabinet construction uses marine grade birch plywood as well as
aircraft grade steel and aluminum, and is equipped with two Speakon™
NL8 connectors. The rigging system incorporates the best aspects of
previous advancements in our new SlideLock rigging technology.
The S10 is suited to a wide variety of applications. Its full range capa-
bility (60 Hz) at reasonable levels qualifies for applications where sub
is not required. Increased vertical coverage (10°) enables the S10 to
cover theaters, arenas and stadiums with reasonable speaker quantity.
Other target applications include dance clubs, medium size festivals,
corporate events and contemporary churches.
Specifications
Frequency Range (+/- 3dB) 60 Hz - 18 kHz
Nominal Directivity (-6 dB) H x V 110° x 10°
Maximum Peak SPL** 141.3 dB
Components LF 2x ND10-LM 10” Kevlar Neodymium Driver
Components HF Adamson NH4TA2 4” Diaphragm / 1.5” Exit
Compression Driver
Nominal Impedance LF 2 x 16 Ω (8 Ω)
Nominal Impedance HF 8 Ω
Power Handling (AES / Peak) LF 700 / 2800 W
Power Handling (AES / Peak) HF 140 / 560 W
Rigging SlideLock Rigging System
Connection 2x Speakon™ NL8
Height Front (mm / in) 265 / 10.4
Height Back (mm / in) 178 / 7
Width (mm / in) 737 / 29
Depth (mm / in) 526 / 20.7
Weight (kg / lbs) 27 / 60
Processing Lake
737 mm / 29 in
526
mm
/ 20.7
in
265 mm / 10.4 in
178 mm / 7 in
**12 dB crest factor pink noise at 1m, free field, using specified processing and amplification