16 x RCF HDL 30A - 8 x Sub 9007 Bundle

Features

• 2200W Two Way Amplifier
• 137 dB Max SPL
• 48 kHz, 32 bit DSP processing
• 1.4" Titanium Compression Driver, 4.0" voice coil
• 2 x 10" Neodymium Woofers, 2.5" voice coil
• Exclusive FiRPHASE technology on-board
• RDNet Control and Management
• 680 Hz Crossover Point

The RCF HDL30-A is a compact bi-amped 2-way active touring system for medium to large events, both indoors and outdoors. It features two 10-inch woofers and an impressive 4-inch titanium compression driver. The time coherent waveguide is the result of in-depth research and design. HDL 30-A is the first line array in a composite cabinet with zero-degree phase and ultra-linear amplitude response. The built-in 2200 watt class-D amplifier delivers excellent playback clarity and up to 137 decibels SPL max. The RCF HDL30 -A features state of the art RCF transducers with neodymium magnets. Considering its acoustical power, it has a remarkably low weight for easy handling and flying. The HDL 38-AS is the ideal flyable bass complement for the HDL 30-A array system

Neodymium RCF precision transducers

High frequencies - Superior compression driver with extreme precision in high frequency reproduction.

• High-performance RCF ND940
• 4.0-inch diaphragm titanium compression driver
• 1.4-inch exit throat
• 680 Hz Crossover Point

Low frequencies - High power woofers. Very high efficient and controlled bass reproduction.

• 2 X 2.5”voice coil neodymium 10” woofers
• Low frequencies handling down to 50 Hz
• Water resistant fibre doped cone
• Polycotton M-roll surround
• Hypervented magnetic structure

Frequency Response:50 Hz ÷ 20000 Hz

Max SPL @ 1m:137 dB

Horizontal coverage angle:100°

Vertical coverage angle:15°

Compression Driver:1 x 1.4'' neo, 4.0'' v.c

Woofer:2 x 10'' neo, 2.5'' v.c

Input signal:bal/unbal

Input connectors:XLR, RDNet Ethercon

Output connectors:XLR, RDNet Ethercon

Input sensitivity:+4 dBu

Crossover Frequencies:680 Hz

Protections:Thermal, RMS

Limiter:Soft Limiter

Controls:Preset, RDNet bypass

RDNet:Yes