Q 15 TWO-WAY POINT SOURCE MODULE
Q 15
TWO-WAY POINT SOURCE MODULE
- 138 dB Max SPL
- 1500 W AES power handling
- 45 ÷ 20000 Hz
- 60° x 22.5° constant directivity coverage
Features
- 138 dB Max SPL
- 1500 W AES power handling
- 45 ÷ 20000 Hz
- 60° x 22.5° constant directivity coverage
- 1 x 15" neodymium woofer, 4.0" v.c.
- 4" neodymium compression driver
- Baltic birch plywood cabinet
- Steel front grille with clothing
- Integrated array mechanics
- Multi-pole Speakon connectors
Q 15 is a two-way, bi-amp point source module for mid-distance and long-throw applications, combining a compact size with very high output and accurate speech and music reproduction. The system is equipped with the latest generation of RCF precision transducers featuring one 15" neodymium woofer and a 4" titanium-neodymium compression driver for a total of 1500 W power rating and 60° (vertical) and 22.5° (horizontal) directivity. The enclosure shape is trapezoidal and offers a 22.5° coupling angle on each side. Q Series typical applications span from point-source configurations for mid-distance applications to clusters up to 8 modules for long-throw applications. The grille is epoxy-coated, with a woven fabric backing for dust protection. The cabinet is made of multi-ply Baltic birch plywood with a highly resistant, textured, black polyurea finishing and features two rear-panel Neutrik Speakon NL4 connections for bi-amplification (4 poles)
Part number:
13000698
Q 15
EAN 8024530018726
Recommended Power Amp
XPS SERIES
at 2.7 Ohms
Processing at 96 kHz
Configurations and presets
for RCF speakers
for both touring and installed sound systems
with analog, digital
and Dante I/O
for each amplifier channel and power supply
Bi-Amp Two-Way Line Array
6 x 15" Speakers (Q 15)
Constant curvature advantage
Legendary transducers
- 15" neodymium woofer, 4.0" v.c.
- Water-resistant fiber doped cone
- Polycotton M-roll surround
- Hypervented magnetic structure
The speaker can only be powered by two amplifiers, one for each transducer (4 poles via NL4 connector).