LEA Professional CONNECT 352 2-Channel x 350 W IoT-Enabled Amplifier

The LEA Professional CONNECT 352 2-Channel x 350 W IoT-Enabled Amplifier is an 2 channel amplifier with balanced analog inputs and 350 watts per channel. As part of the Network CONNECTSERIES, the world’s first Internet of Things- (IoT) enabled professional-grade amplifiers, it is perfectly suited for small to medium-scale installations. The 352 features direct HiZ or LoZ selectable by channel (70 V or 100 V). With three ways to connect, you can engage the built-in Wi-Fi access point, connect to the venue’s Wi-Fi, or use the FAST Ethernet to connect to any local area network via Cat5 or Cat6 cable.

CLOUD NETWORK

The CONNECTSERIES is the first professional amplifier family to feature Cloud connectivity. Harness the power of the Cloud for remote control, monitoring, notifications, and more from any of your personal devices. Just connect your amp to a network and start commanding your systems. Register for your free LEA Cloud account at leaprofessional.cloud

The Network CONNECTSERIES also features analog inputs and inputs and external I/O control for remote on/off and fault monitoring.

FEATURES:

• Balanced Analog Inputs
• 2 x 2 at 96 kHz or 48 kHz
• Web Browser-based UI works on any device with no software to download
• Direct LoZ and HiZ (70 V or 100 V) 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: 1.) Built in WiFi Access Point 2.) Connects to existing WiFi network 3.) Local Area Network Ethernet connection
• 96 kHz Analog Devices DSP with Input Routing, multiple 48 dB/Oct crossover filters, 8 Parametric EQ filters, user configurable speaker limiters, and real time load monitoring
• Universal Switch Mode Power Supply with PFC. Operation from 100VAC – 240VAC +/-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