System installers in search of a professional audio amplifier with wireless networking capabilities will be thrilled with the LEA Professional 702 Connect Series, a 700W 2-channel audio amplifier equipped with a web browser-based user interface that works on any device with no software to download.
The amplifier is well suited for small- to medium-scale installations and features direct Hi-Z (70 or 100V) or Lo-Z selectable by channel. Connect via the built-in wireless access point or via venue's Wi-Fi or use the FAST Ethernet to connect to any local area network (LAN) with a standard Cat 5/6 cable. The Connect Series features Cloud connectivity, which allows you remote control, monitoring, notifications, and more from any personal device. Connect the 702 to a network and start commanding your system from anywhere.
- 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 allows user to bridge a channel to achieve double the power of that channel without sacrificing an amplifier channel
- 3 ways to connect: Built-in Wi-Fi access point; Connects to existing Wi-Fi network; Local area network Ethernet connection
- Universal switch mode power supply with PFC. Operation from 100 to 240 VAC ±15%
- Analog fully routable inputs
- External I/O port for remote On/Off and fault monitoring
- Highly efficient Class-D output stage for low AC current draw
- DSP architecture: Analog Devices Sigma 96 kHz DSP processor with 32-bit Core with sample rate converters
- Input Matrix: routable matrix; any input to any output with primary and secondary input priority
- Crossovers: up to 48 dB/octave IIR filters (Linkwitz Riley and Butterworth)
- Parametric EQ: 8-band parametric EQ per channel
- Output Delay: 100ms per channel
- Output Protection: DC, VHF, and AC mains protection, overtemp and current limiter, fan fault detection
- User Adjustable Limiting: peak voltage and RMS voltage
- Load Monitoring: real-time load monitoring and pilot tone detection from internal or external sources
