RCF ART 712-A MK5 Active Two-Way Speaker
RCF ART 712-A MK5 Active Two-Way Speaker. The ART 712-A MK5 stands out as a unique product in its class. Its 1.75″ compression driver provides exceptional vocal clarity and sound projection, while the 12″ woofer ensures an ultra-linear response with precise, deep low-frequency control. The transducers are crafted using cutting-edge assembly technologies. Powered by a 1400-watt amplifier, the system is managed by a DSP that handles crossover, equalisation, phase control, soft limiting, and speaker protection, delivering superior performance and reliability.
Powerful Class D Amplifiers
RCF’s Class-D power amplifier technology offers powerful performance with high efficiency, all in a lightweight design. The ART 7 amplifiers deliver rapid attack, precise transient response, and outstanding audio quality. Built with a robust aluminum structure, the amplifier remains stable during transport and benefits from fan-less heat dissipation. Additionally, all ART 7 amplifiers feature an SMPS power supply, ensuring maximum output while keeping the weight to a minimum for easy transport.
Superior Transducers
High Frequencies
Low Frequencies
Low-frequency transducer design gains more stability over higher currents, with less distortion, and is highly efficient in terms of heat dissipation. RCF quality control is very strict. Our woofers are tested with a 200 hours continuous signal to stress the transducer at extreme levels. Only the best woofer design can fit ART 7.
Features
- 129 dB Max SPL
- 1400 WATT 2-way peak power
- 90° x 60°, Wide dispersion constant directivity horn
- Innovative DSP Processing
- 1,75″ Compression Driver
- 12″ Woofer
- FiRPHASE Technology
- XBOOST Low Frequencies Enhancer
Your Ideal Stage Partner
The ART 7 speakers are the perfect choice for musicians and sound provider alike. Their cabinets are molded from a proprietary polypropylene composite engineered to quell vibrations, even at the highest volume levels. This translates to exceptional reliability and resilience under rigorous stage conditions.
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