RCF’s TTL6-A – now added to the Touring & Theatre line of products – is a high power, three way, active line source engineered to deliver high fidelity output for use indoors and outdoors, for medium to large spaces. It is now shipping.
More details from RCF (www.rcfaudio.com):
The design philosophy for TTL6-A is based upon offering the sound engineer solutions and tools that are ready to use — and a key factor is the ability to sustain high power with highly efficient sound pressure levels and extended dynamic range. The loudspeaker has been engineered to provide all the advantages of line array technology, such as high direct sound, increased range and a uniform level distribution, with additional ease of use.
TTL 6-A provides all the advantages of line array technology, such as high direct sound, increased range and a uniform level distribution, with additional ease of use. It is the preferred sound set-up for stacked systems and when a wider dispersion is required.
The 3-way TTL6-A line source is equipped with 2 x 12” low frequencies woofers, 4 x 6.5” midranges and a 3.0” voice coil compression driver with wave-guide for distinctive homogenous directivity.
The integration of four channels of digital amplification and the advanced digital processing set a new standard for distortion, noise and thermal efficiency.
The ND840 large-format neodymium compression driver with 1.4’’ exit throat delivers one of the key advantages of the TTL6-A: the 3.0” voice coil allows a crossover point of 800Hz and therefore this driver can produce almost all of the vocal range. This allows better coverage and superior efficiency.
The vertically asymmetrical horn’s design accurately projects the sound energy and avoids unwanted reflections. This design allows to configure two perfectly cascading TTL6-A, for an excellent control of directional characteristics, with superior reach, high definition and constant coverage.
With its large format compression driver on a waveguide, intelligibility is significantly increased in difficult acoustic environments.
