RCF TTL-55A Active Dual 12" 3-way Line Array

Description
Delivery & Returns
Customer Reviews

Description

FEATURES

Tour grade cabinet and mechanics
3500 Watt, 4 way amplification
6 x high power neodymium transducers
High quality analog input board
96 kHz, 32 bit DSP processing
Remote monitoring and control
Maximum output per size on the market
RDNet on board

The TTL55-A is a high power, three way, active line array module engineered to deliver an incredible output for use in indoor or outdoor large spaces. The system is designed to be easily scalable from few modules for medium and small theatres to full size arrays for very large outdoor stadia and public spaces. The three new designs for the six neodymium transducers that power the system represent the result of many years dedicated in pioneering new solutions using the best materials available on the market. The integration of the 3500 W four channel digital amplification and the advanced digital processing set a new standard for distortion, noise and thermal efficiency.

RCF RDNet

Networked control and much more

RDNet is a robust management network and control platform for small, medium and large arena-sized sound systems, as well as complex and extended installations. Based on a proprietary network protocol, RDNet provides intuitive control and monitoring of every connected device/object in the RCF audio system. Each device has DSP to address specific presets or modifications of parameters to single or groups of objects. A network user can change level, delay, EQ (linear phase FiR as well) and other settings, including advanced subwoofer configurations. RDNet is not only designed for loudspeakers—you can control parameters and routing of multiple RCF devices, such as digital matrixes or amplifiers.

Active advantage

An active sound system means having the power amplifier on-board of the cabinet. This brings some advantages:

Reduced setup time
Daisy chain signal and power connection of the entire system or by groups
No additional amplifier rack(s), saving space in the truck
The sound quality and performance are optimized to the individual components inside the speaker
The RDNet Networked Control can monitor each component of the system

State of the art class-D amplifiers

Four independent Class-D amplifiers with Power Factor Correction, 2x1000W+1000W+500W (LF+MF+HF), delivering an astonishing output power of 3500 W per module, making the TTL55-A one of the most powerful line arrays module on the market. The amplifier integrates a low noise 96 kHz, 32-bit floating point DSP circuit to compute FiRPHASE, soft clipping limiters, RMS limiters, polarity, amplitude, timing and equalization. All the control settings, monitoring of each component and other advanced features are integrated in the RDNet Networked Management software.

Neodymium rcf precision transducers

Thanks to the in-house transducers design and manufacturing for no-compromise performances, the TTL 55-A is the RCF flagship line array.
Low frequencies - 2 x 12” low profile neodymium woofers, 4” coice coil, in clam shell band-pass configuration
Mid frequencies - 1 x 10” neodymium midrange, 2,5” voice coil in horn loaded configuration
High frequencies - 3 x 1,5” neodymium compression driver, 2.5” voice coil, titanium dome, in horn-array configuration

Delivery & Returns

At Gear Club Direct, we want you to be happy with your purchase. We understand that there are times when once a product is received, it may not be what you needed or wanted after all. So, we will gladly accept your qualifying return within 15 days of the delivery date. After 15 days of the delivery date, all sales are final.

The Return Process
Customers are required to obtain a Pre-Authorization to return any product. To submit a request for a return, simply log in to your account and request a return and one of our sales representatives will contact you within 24-48 business hours. If you do not have an account with us, please open a help ticket, providing as much detail as possible and whether you are requesting a refund or an exchange. READ MORE