Ideal for sound installations in medium-size spaces, the CS3000-G from LEA Professional is a 4-channel, 12,000W Class-D power amplifier, capable of delivering 3000W per channel and supporting impedance loads of 2, 4, or 8 ohms, as well as 70 or 100V Hi-Z output loads per channel. Designed for fast and easy network control, the CS3004-G sports a 100 MB/s Ethernet input port plus two AES67 ports, one primary and one secondary, for connecting to external control devices, including web- and IoT-based cloud services, as well as an analog input for direct remote I/O control.
The CS3004-G features balanced analog Amphenol Anytek block-terminal I/O for line inputs and speaker outputs. Smart Power Bridge technology lets you dynamically double power on each channel when needed without sacrificing the power quality on other channels. And with 32-bit / 96 kHz DSP processing, you are assured of clean and clear audio distribution with minimal latency. This amp includes all necessary block terminal cables for each input and output, two removable and washable foam filters for the front air intake, and one IEC power cable to get you started right away.
Note: This is the special government model, which excludes Wi-Fi support for secure operation.
- Web browser-based UI works on any device with no software to download
- Direct Lo-Z and Hi-Z (70 or 100V) selectable per channel. Proprietary Smart Power Bridge doubles the output power of any single channel without sacrificing other channels on the amplifier
- Local Area Network Ethernet connection
- Thrid-party API support for most of the industry-leading system processors on the market
- 96 kHz DSP with input routing, multiple 48 dB/oct crossover filters, 8 parametric EQ filters, user configurable speaker limiters, and real-time load monitoring
- Universal switched-mode power supply with PFC. Operation from 100 to 240 VAC ±10%
- Analog fully routable inputs with backup capabilities
- External I/O port for remote on/off and fault monitoring
- Highly efficient Class-D output stage for low-AC current draw