HDL 26-A Active Two-Way Line Array Module
The RCF HDL26-A is an ultra-compact bi-amped two-way active touring system for small and medium-sized events, both indoors and outdoors. Due to the advanced transducer design and the 2000W Class-D amplifier, among the best in its class, it is capable of an extended bottom-end and a pristine sound for a wide range of applications, alone or in RDNet managed line-array configurations. The HDL 35-AS is the ideal flyable bass complement for the HDL 26-A array system.
HDL 26-A Active Two-Way Line Array Module
The RCF HDL26-A is an ultra-compact bi-amped two-way active touring system for small and medium-sized events, both indoors and outdoors. Due to the advanced transducer design and the 2000W Class-D amplifier, among the best in its class, it is capable of an extended bottom-end and a pristine sound for a wide range of applications, alone or in RDNet managed line-array configurations. The HDL 35-AS is the ideal flyable bass complement for the HDL 26-A array system.
Product Details
The RCF HDL26-A is an ultra-compact bi-amped two-way active touring system for small and medium-sized events, both indoors and outdoors. Due to the advanced transducer design and the 2000W Class-D amplifier, among the best in its class, it is capable of an extended bottom-end and a pristine sound for a wide range of applications, alone or in RDNet managed line-array configurations. The HDL 35-AS is the ideal flyable bass complement for the HDL 26-A array system.
FEATURES
- 133 dB Max SPL
- 2000W Two-Way Amplifier
- Exclusive FiRPHASE technology on-board
- 750 Hz Crossover for best vocal reproduction
- RDNet Networked Management
- 1.5” Titanium Compression Driver
- 2 x 6” High-Powered Neodymium Woofers
- 4 PATH waveguide
- High-performance RCF ND840
- 3.0-inch diaphragm titanium compression driver
- 1.4-inch exit throat
- 750 Hz Crossover Point
- 2 X 2.0” voice coil neodymium 6” woofers
- Low frequencies handling down to 55 Hz
- Water resistant fiber doped cone
- Polycotton M-roll surround
- Hypervented magnetic structure