CLA700A+ CLA LF3200A+
Self Powered Composite Line Array
CLA700A+: 4x 8″ Low-Mid Driver + 2x 1.5″ ISOPHASIC HF Array
CLA LF3200A+: 1x 18″ Sub Bass Driver
The CLA700A+ Composite Line Array and the CLA LF3200A+ Sub Bass Enclosure combine to create the self powered BLACKBIRD CLA+ Sound Reinforcement System. The BLACKBIRD CLA+ System is the ideal solution for compact touring or in-house systems offering highly advanced line array technology in a compact and easy to use format.
The CLA+ Series enclosures and components are identical to the CLA Series cabinets. Both systems are powered by sophisticated Powersoft Class D Amplifier Modules. However, the CLA+ Series’ amplifiers feature enhanced Digital Signal Processing (DSP) with greater processing capabilities for the ultimate professional audio system. Powersoft’s Armonia software facilitates system wide networking capabilities providing complete control and monitoring of the entire system.
The CLA700A+ is a 2 way composite line array system utilising well established line array principles to achieve exceptional frequency response and pattern control. The Bass/Mid Section features 4x 8″, Neodymium Loudspeakers. The critical High Frequencies are reproduced by a dual element ISOPHASIC HF Aperture. The CLA700A+ dispersion pattern is 150° Horizontal by 20° Vertical providing maximum audience coverage with unparalleled intelligibility. When 2x CLA700A+ are stacked, the vertical dispersion is reduced to 10°. Frequency response is 50Hz – 20kHz.
The CLA LF3200A+ Sub Bass System employs a high power handling 18” transducer to provide a frequency response from 32Hz – 200Hz which is tailored to perfectly compliment the CLA700A+.
The CLA700A+ and CLA LF3200A+ Powersoft Class D Amplifier Modules feature fully integrated Switch Mode Power Supplies and on board DSP. Output power is 1,600 Watts RMS per channel for dual channel mode (CLA700A+) and 3,200 Watts RMS for single channel bridge mode (CLA LF3200A+). The DSP in each amplifier module is configured with Acoustic Technologies Factory Recommended Settings which guarantee optimal system performance, output power and long term reliability.
A standard self powered BLACKBIRD CLA+ System employs 2x CLA700A+Line Array Cabinets and 2x CLA LF3200A+ Sub Bass Cabinets per stack. Enhanced low frequency reinforcement can be readily achieved with an additional 2x CLA LF3200A+Sub Bass Cabinets per stack.
The cabinets are supplied with handgrips, cabinet locating feet and safety attachment points. Castors are fitted as standard for the CLA LF3200A+ and are an option for the CLA700A+. Acoustic Technologies Blackbird CLA+ Series cabinets are finished in black AcoustiCoate polymer finish with black powder coated grilles.
CLA700A+ Specifications
Acoustic Performance | |
Frequency Response | 50Hz – 20kHz ± 3dB |
Sensitivity | 102dB @ 1 Watt, 1 metre |
Maximum SPL (Calculated) | 134dB @ 1 metre |
High Frequency Dispersion | 150° (H) x 20° (V) |
System Components | |
Transducer Compliment | 4x 8″ Bass-Mid Transducer 2x 1.5″ H.F. Transducer on ISOPHASIC Aperture |
Amplifier Specifications | |
Input Impedance | 10k Balanced |
Amplifier Module Output Power | 1600 + 1600 Watts RMS |
Amplifier Module Type | Dual Channel Class D with on-board DSP Switch Mode Power Supply |
Amplifier Protection | Over Current / Short Circuit Over Temperature DC or High Frequency on Outputs |
Indicator LEDs | Power On Status Signal Present Limit Active or Over Temperature Protection Preset Selected 1 – 4 |
Connectors & Controls | Signal Input & Signal Link XLR Connectors RJ45 Powersoft Networking Connector PowerCon® AC Mains Inlet and AC Mains Link Input Level Control |
Switches | Mains Switch & Circuit Breaker Preset Selector Switch |
Enclosure Specifications | |
Physical Size | Height 452mm, Width 560mm Depth 484mm (excluding castors), 614mm (including castors) |
Weight | 39 Kgs (excluding castors), 42 Kgs (including castors) |
Enclosure Finish | AcoustiCoate Black Elastomer Finish |
Grille Finish | Black Powder Coat Paint Finish |
Hardware | 2x Handgrips Cabinet Flying Hardware Cabinet Locating and Safety Attach Points for safe cabinet ground stacking |
CLA LF3200A+ Specifications
Acoustic Performance | |
Frequency Response | 32Hz – 200Hz ± 3dB |
Sensitivity | 98dB @ 1 Watt, 1 metre |
Maximum SPL (Calculated) | 133dB @ 1 metre |
System Components | |
Transducer Compliment | 1x 18″ Sub Bass Transducer |
Amplifier Specifications | |
Input Impedance | 10k Balanced |
Amplifier Module Output Power | 3200 Watts RMS |
Amplifier Module Type | Bridge Mode Class D with on-board DSP Switch Mode Power Supply |
Amplifier Protection | Over Current / Short Circuit Over Temperature DC or High Frequency on Outputs |
Indicator LEDs | Power On Status Signal Present Limit Active or Over Temperature Protection Preset Selected 1 – 4 |
Connectors & Controls | Signal Input & Signal Link XLR Connectors RJ45 Powersoft Networking Connector PowerCon® AC Mains Inlet and AC Mains Link Input Level Control |
Switches | Mains Switch & Circuit Breaker Preset Selector Switch |
Enclosure Specifications | |
Physical Size | Height 626mm, Width 560mm Depth 640mm (excluding castors), 770mm (including castors) |
Weight | 55 Kgs (excluding castors), 58 Kgs (including castors) |
Enclosure Finish | AcoustiCoate Black Elastomer Finish |
Grille Finish | Black Powder Coat Paint Finish |
Hardware | 4x Handgrips 4x Castors Cabinet Locating and Safety Attach Points for safe cabinet ground stacking |
The CLA700A+ and CLA LF3200A+ enclosures are constructed of high quality Birch Ply. The transducers are protected by a rugged steel grille. Acoustically transparent PVC foam is bonded to the mesh, providing a durable, visually appealing finish.
Sensitivity, Power Handling and Frequency Response measurements are specified using the Factory Recommended Loudspeaker Management System Settings.
Sensitivity, Maximum Power and SPL measurements are conducted in accordance with the AES 24 Hour Pink Noise Standard.
Acoustic Technologies reserve the right to alter or amend CLA700A+ and the CLA LF3200A+, without prior warning in the interests of product improvement.