Q15 MK2
- › 35 Hz - 20 kHz Frequency Response
- › 3 Channel
- › 2x XLR/TRS Input
- › Mic/Line Selection Switch
- › 3.5 mm Aux Input
- › XLR Link OUT
- › 15’’ woofer
- › 1.75’’ Compression Driver
- › 35 mm Pole Socket
Q MK2 SERIES
FULL RANGE DSP LOUDSPEAKER
The serie Q is a bi-amplified high acoustic box of high performance and high quality. It is strong and has a powerful digital signal processor that allows you to choose, with the same box, different configurations according to the situation.
The new MK2 line incorporates greater connectivity, Bluetooth technology to play music wirelessly. It also has TWS technology achieving a stereo configuration wirelessly.
DESIGN
- › MASTER DIMENSIONS
- 530 x 500 x 765 mm
- 20.9 x 19.7 x 30.1 In
- › GROSS WEIGHT
- 24.4 Kg / 53.8 Lb
- › MASTER PIECES
- 1u
- › CODE
- 8000969
PANEL
- › Digital process viewer
- Mode / Location / EQ / LED / Bluetooth
Q12 MK2
- › 12’’ Woofer
- › 1.35’’ Compression Driver
- › 1400 Power Rating
- › MAX SPL 130 dB
- › 45 Hz – 20 kHz Frequency response
- › 3 Channel
- › 2x XLR/TRS Input
- › Mic/Line Selection Switch
- › 3.5 mm Aux Input
- › Band Analog EQ
- › XLR Link Out
- › 35 mm Pole Socket
DESIGN
- › MASTER DIMENSIONS
- 460 x 430 x 660 mm
- 18.1 x 16.9 x 26 In
- › GROSS WEIGHT
- 17.5 Kg / 38.6 Lb
- › MASTER PIECES
- 1u
- › CODE
- 8000970
PANEL
Q10 MK2
- › 10’’ Woofer
- › 1’’ Compression Driver
- › 1300 Power Rating
- › MAX SPL 127 dB
- › 50 Hz – 20 kHz Frequency response
- › 3 Channel
- › 2x XLR/TRS Input
- › Mic/Line Selection Switch
- › 3.5 mm Aux Input
- › 2 Band Analog EQ
- › XLR Link Out
- › 35 mm Pole Socket
DESIGN
- › MASTER DIMENSIONS
- 395 x 365 x 565 mm
- 15.5 x 14.4 x 22.2 In
- › GROSS WEIGHT
- 12 Kg / 26.5 Lb
- › MASTER PIECES
- 1u
- › CODE
- 8000971
PANEL
CHARACTERISTICS
SKP QMK2 Professional Active Loudspeaker with Bluetooth Technology.
Damping system specially designed for greater linearity in the excursion of the speakers, reducing distortion and increasing the efficiency of the transducers.
Processing of the signal that is sent to each transducer that achieves a coherent interaction between them through the temporal analysis of the crossings between loudspeakers. Maximizes equipment performance through an ideal frequency and phase response.
The equipment is designed to generate an optimized wavefront that improves intelligibility throughout its coverage area. Ideal for any space and situation.
