Rumble-KU210

DESCRIPTION

• The Rumble-KU210 is an ultra-thin, high performance passive subwoofer designed to be the perfect companion to the K-array Installed Sound Series. A combination of extended frequency response with prodigious output and a virtually invisible profile make the KU210 an ideal solution even for the most ambitious projects.

• The subwoofer is comprised of a 10” neodymium transducer, combined with a 10” passive transducers, instead of a reflex which ensures that the device remains completely sealed.

• The unit is engineered for maximum linear excursion and minimum residual noise. Its neodymium transducer has a double voice coil for two selectable impedance settings, allowing you to combine up to 4 KU210s powered by just one channel of the KA84 amplifier.

• KU210 is made entirely of steel, making it extremely resistant, even when deployed outside in tough weather conditions. This makes it ideal for marine environments where ordinary bass speakers would corrode. It cannot be penetrated by foreign objects such as dust, sand or water, which over time can ruin a speaker. KA series amplifiers have presets specifically optimized for KU210 applications.

• All KU210 components are designed by the K-array R&D department and custom made under the K-array quality control system.

TECHNICAL SPECIFICATIONS

ACOUSTICS
Power handling 2 x 160 W
Impedance 4 / 16 Ω selectable (2 x 8 Ω)
Frequency range(-10 dB) 40 Hz – 150 Hz (1)
SPL 1W/1mt 94 db (2)
Maximum SPL 121dB (cont) – 127dB (peak)
COVERAGE
Horizontal Omni
Vertical Omni
CROSSOVER
Type External crossover required
Frequency Low pass @ 150 Hz
TRANSDUCERS
Type 1 x 10” Neodymium magnet with 2” voice coil
Type 1 x 10” passive transducer
POWER AUDIO IN/OUT
Connectors 1 x 4-pin phoenix connector
RECOMMENDED AMPLIFIERS
Type KA24 – KA84
CERTIFICATION
IP 54 (More complete water protection with K-KUIP accessory)
PHYSICAL OVERVIEW
Dimensions 50.0 x 28.2 x 15.0 cm (19.68”x 11.10”x 5.90”) (4)
Weight 11.0 Kg (24.25 lb)

Notes for data

1. With dedicated preset

2. Measured @ 4 mt then scaled @ 1 mt

3. Measured with musical signal

4. ( W x H x D). New materials and design are introduced into existing products without previous notice. Present systems may differ in some respects from those presented in this catalogue.