ACOUSTIC AND ELECTRICAL
Enclosure:
18 mm 13-ply birch plywood
Low Frequency Transducer:
10" INFRA cone
2.5" Voice coil
60 oz. Magnet
Input Connectors:
Cinch 142 screw terminal
barrier strip
Grille:
16 Gauge black vinyl coated
perforated steel
Optional Hardware:
Rigging points
SYSTEM COMPONENTS
PHYSICAL
System Type:
Infrasub sealed chamber
(0.75 ft
3
)
Impedance:
8 Ω
Crossover Network:
Requires INFRA Integrator
Finish:
Black paint
Dimensions:
12.5"h x 14"w x 11.5"d
32 cm x 36 cm x 30 cm
Weight:
25 lbs.
12 kg
Shipping Dimensions:
15" x 16" x 14"
39 cm x 41 cm x 36 cm
Shipping Weight:
29 lbs.
14 kg
S10E-I
BAG END
SPECIFICATIONS
INFRA™, Infrasub™ and BAG END®are trademarks of Modular Sound Systems, Inc.
Frequency Response:
8 Hz to 95 Hz ±3 dB
(2π Steradians, with
8 Hertz Integrator)
Sensitivity:
89 dB SPL @ 80 Hz (1W @ 1m)
(for additional information,
see INFRA Speaker Sensitivity
Technical Note)
Power Handling:
200 W continuous sine wave
200 W instantaneous peak
APPLICATIONS:
Film & Video Post Production
5.1 Digital Format Subwoofer
Recording Studio
Mastering Facility
PA System Installations
Foreground Music Systems
S10E-I The S10E-I INFRA subwoofer system is designed to provide high fidelity extended low frequency audio reproduction
from a very small enclosure. It provides perfectly flat response
down to 8 Hertz when used in conjunction with the 8 Hertz
Integrator. The S10E-I is designed for applications where space
is limited yet full extended low frequency response is required.
ABOUT INFRASUB TECHNOLOGY
Almost all specifications for
subwoofer systems are fixated on the frequency response
domain. However, the impression of power and quality is equally
related to the time domain performance of a system. Because
of the long wavelengths of low frequencies, this is particularly
true with subwoofers.
Likewise, the maximum SPL is not a very reliable way to judge
the impact of a subwoofer. A poor time domain performer will
not have the same impact or natural sound as a time correct
INFRA system.
The reason that INFRA technology sounds dramatically better
than the others is because of their superior time domain performance. The INFRA subwoofer maintains the bass energy in a
tight packet, aligned with the upper range signal, providing a
greater body impact and a seamless musical connection with
the main loudspeakers.
Conventional sub designs perform so poorly in the time domain
because designers have used methods that sacrifice the phase
response for more control over the frequency response (e.g.,
steep low pass filter slopes, vented speaker enclosures, and
narrow bandwidth systems). With the INFRA technique, we do
not degrade the phase response while extending the frequency
response.
While the INFRA dual integrator does function as the system
crossover, it does so without using a low pass filter. Adding a
low pass filter, analog or digital, will have a degrading effect on
the time domain performance of the INFRA subwoofer. A low
pass filter adds signal delay to the sound which varies with frequency. Also, narrowing the pass band increases the influence
of the rolloff on both ends of the subwoofer spectrum. The
result is the smearing of the arrival times of the low frequency
sound components, changing the timbre and downgrading the
impact of transient sounds.
The Bag End INFRA subwoofers are designed as no-compromise, high fidelity reproduction systems. We believe they are
the finest subs available, regardless of price.
BAG END Loudspeakers
22272 Pepper Road
Barrington, Illinois
60010 USA
Voice 847 382 4550
Fax 847 382 4551
www.bagend.com