Module amplificateur
Module amplificateur DSP classe D à 2 voies de contrôle intégré
No. d'article: H30-A Module
Type: Active
Drivers: 2x10"neo / 1x1.4" neo
Impedance: 8Ω
Frequency Response: 55Hz~20KHz
Max SPL(@1m): 137db
Drivers: 2x10"neo / 1x1.4" neo
Impedance: 8Ω
Frequency Response: 55Hz~20KHz
Max SPL(@1m): 137db
Description
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H30-A Amplifier Module
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Power
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1600W Two Way Amplifier
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Max SPL
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137 dB
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Feature
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Firphase Technology On-Board
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Optional
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①Normal DSP Software
②High-end DSP With RdNet Control |
FEATURE
• Class-D Power — Huge performance, high efficiency, lightweight
• Superior Audio — Ultra-fast attack, realistic transients
• Rugged Build — Solid machined aluminium chassis
• Silent Cooling — Fan-less, chassis-as-heatsink design
• SMPS Supply — Maximum output, minimum weight
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INPUT PANEL
①FEMALE XLR INPUTS (BAL/UNBAL). The system accept XLR input connectors. ②MALE XLR SIGNAL OUTPUT. The output XLR connector provides a loop through for speakers daisy chaining. The balanced connector is connected in parallel and can be used to send the audio signal to other amplified speakers, recorders or supplementary amplifiers ③SYSTEM SET UP ENCODER. Push the encoder to select a function (gain reduction, delay, preset). Rotate the encoder to select a value or a preset. ④GAIN REDUCTION LED. Pushing the encoder once the gain reduction indicator lights green. Then rotate the encoder to reduce the gain to the right level. POWER LED. This green led is ON when the speaker is connected to the main power supply ⑤DELAY LED. Pushing the encoder twice the delay indicator lights green. Then rotate the encoder to delay the speaker. The delay is expressed in meters. SIGNAL LED. The signal indicator lights green if there is audio signal present on the main |
⑥PRESET LED. Pushing the encoder three times the preset indicator lights green. Then rotate the encoder to load the right preset to the speaker. LIMITER LED. The amplifier has a built in limiter circuit to prevent clipping of the amplifiers or overdriving the transducers. When the soft clipping circuit is active the LED blinks RED. It is okay if the limit LED blinks occasionally. If the LED lights continuously, turn down the signal level. ⑦SYSTEM SET UP DISPLAY. Display the system setting values. In case of RDNet active connection a rotating segment will light up. ⑧RDNET LOCAL SETUP/BYPASS. When released the local setup is loaded and RDNet can only monitor the speaker. When switched the RDNet setup is loaded and bypass any speaker local preset. ⑨RDNET IN/OUT PLUG SECTION. The RDNET IN/OUT PLUG SECTION features etherCON connectors for the RCF RDNet protocol. This allows the user to completely control the speaker using the RDNet software. |
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DSP SOFTWARE - Normal Version
①Overview
②Input
③Output
DSP SOFTWARE - High End Version (RDNET OPTIONAL)
The H30-A Amplifier Module features the proprietary RDNet technology, giving real-time remote control and monitoring of all components from the front of house location. RDNet is a ‘daisy chain’ network based on the stable RS485 protocol. An RDNet Control allows to link up to 12 devices to each port.Even extremely large systems can be easily organized and managed by RDNet.
H30-A Amplifier module are designed by using FiRPHASE, a proprietary and advanced FIR filtering technology, conceived for delivering transparent sound, absolute clarity and perfect stereo images to the listener. The FiRPHASE algorithm optimizes dynamics, amplitude and phase patterns, ensuring at the same time minimum system latency.
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Comparison Item
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With RDnet
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Without RDnet
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Control Capability
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Remote precise control of all DSP parameters via PC software
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Basic control only via rear panel knobs/switches (volume, preset selection)
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Monitoring Capability
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Real-time status viewing and fault early warning
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No remote monitoring; manual on-site inspection required
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System Tuning
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Fine adjustment of EQ, delay, group management
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Relies on built-in presets; no real-time fine-tuning
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Array Calculation
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Automatic calculation of splay angles, rigging points, air compensation
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Manual calculation and setup required
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Fault Response
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Instant detection of temperature anomalies, limiter intervention, etc.
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Faults may not be discovered in time
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Scalability
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Manage large-scale systems（multiple devices）
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Standalone operation; no networking capability
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